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PROJECT OVERVIEW
Grant approved from JPMorgan Chase to Fort Worth Chamber of Commerce to
Develop an analysis of workforce supply and demand in the aerospace and aviation cluster and
recommendations to build a more robust talent pipeline that meets business needs in the region
Regional labor market data
Verify regional business demand
Education and training overview
Develop recommendations
and report
Demand What are the workforceneeds of the aerospace and air transportation industries Over the next 3-5 years In terms of quantity In terms of skillscontent knowledge In the DFW regionNorth Texas What are our existing or anticipated
skill gaps
SupplyWhat does the labor supply look like locally How many students are graduating
with computer science degrees What is the availability of software
and systems engineers What is the population of young
people interested in STEM In relevant job groups
INDUSTRY INTERESTS
Linking Supply and Demand What actions is the employer community taking to build interest amp attract new talent How can we link talented students to exciting jobs in these industries What we can do to position our company to hire train and retain top talent
PRESENTATION OUTLINEAir Transportation Sector (481)
Industry overview
Occupational overview
Real-time job posting data
Aerospace Parts and Products Manufacturing (3364)
Industry overview
Occupational overview
Real-time job posting data
Interview findings
Next Steps
Discussion and Questions
DATA OVERVIEW
bull Geography ndash 16 County North Texas Regionbull Collin Denton Dallas Ellis Erath Hood Hunt Johnson Kaufman
Navarro Palo Pinto Parker Rockwall Sommervell Tarrant and Wise
bull Industries ndashbull Aerospace Products and Parts Manufacturing - NAICS code 3364bull Air Transportation ndash NAICS code 481
bull Sourcesbull Emsi Industry Occupation and (real-time) Job Posting Tools
December 2016
1 AIR TRANSPORTATION INDUSTRY EMPLOYMENT IS PROJECTED TO GROW IN NORTH TEXAS
bull 35319 people employed in North Texas in 2015-16bull 38765 jobs projected in 2026
2 56 OF STATEWIDE EMPLOYMENT IN THE AIR TRANSPORTATION SECTOR IS IN NORTH TEXAS
bull NTX employment comprises 56 of the statewide employment in this industry
bull Most of the NTX employment is concentrated in Tarrant County
County Name 2015 Jobs 2016 Jobs 2015 - 2016 Change
2016 Location Quotient
2016 Establishments
Tarrant County TX 26501 27632 4 962 49Dallas County TX 5293 6785 28 122 64Denton County TX 718 766 7 101 11Collin County TX 57 59 4 005 6Rockwall County TX 40 41 3 046 2Hunt County TX 23 24 4 025 1
3 THE AIR TRANSPORTATION INDUSTRY EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONSTop 6 occupations (gt 3 of industry employment 1000+employed in the region in 2016)
DescriptionEmployed in
Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Typical Entry Level Education
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
High school diploma or equivalent
Flight Attendants 5394 5989 11 170 $2782High school diploma or equivalent
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298 Bachelors degree
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922 Postsecondary nondegree award
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
No formal educational credential
Cargo and Freight Agents 1550 1617 4 46 $2152High school diploma or equivalent
4 THE AIR TRANSPORTATION INDUSTRY IS MORE DIVERSEmdashBUT OLDER--THAN THE AEROSPACE INDUSTRY
bull 57 of employees in the industry are malebull 697 of employees in the industry are white
bull 118 are HispanicLatinobull 120 are African-AmericanBlackbull 47 are Asian
bull 70 of current workforce is 45+bull 271 is 55+
bull Only 327 are between 25-44
5 THE AIR TRANSPORTATION SECTOR IS AN ECONOMIC ENGINE IN THE REGIONbull The industry generates economic activity and employment in key
related sectors
Air Transportation Industry Requirements
Purchases from In-region Purchases
Imported Purchases Total Purchases
Petroleum Refineries $280438382 $3657539079 $3937977462Freight Transportation Arrangement $406793828 $185928153 $592721981Other Support Activities for Air Transportation $260449515 $2823177 $263272692Construction Mining and Forestry Machinery and Equipment Rental and Leasing $170483000 $61299929 $231782928
Other Commercial and Industrial Machinery and Equipment Rental and Leasing $165340281 $37385006 $202725287
1 THE TOP 10 OCCUPATIONS COMPRISE 805 OF THE AIR TRANSPORTATION INDUSTRY JOBSTop 10 Air Transportation Industry Occupations
Employed in Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
Flight Attendants 5394 5989 11 170 $2782
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
Cargo and Freight Agents 1550 1617 4 46 $2152
First-Line Supervisors of Office and Administrative Support Workers 878 930 6 26 $2789
Customer Service Representatives 784 831 6 24 $1607
Commercial Pilots 738 804 9 23 $4274
First-Line Supervisors of Mechanics Installers and Repairers 358 380 6 11 $3130
2 ABOUT HALF OF THE TOP 10 AIR TRANSPORTATION OCCUPATIONS ARE MORE TECHNICAL HAVE SOME CROSSOVER TO AEROSPACE PARTS amp PRODUCTSbull Total employment in the top ten air transportation occupations
across all industries in North Texas in 2016 was 237480Total North Texas Employment in Top 10 Air Transportation Industry Occupations Description 2015 Jobs 2016 Jobs 2015-16 ChangeFirst-Line Supervisors of Mechanics Installers and Repairers 10863 11067 2Aircraft Mechanics and Service Technicians 7554 7695 2Airline Pilots Copilots and Flight Engineers 4130 4622 12Commercial Pilots 1313 1381 5Cargo and Freight Agents 5447 5374 (1)Flight Attendants 5431 6028 11Reservation and Transportation Ticket Agents and Travel Clerks 7961 8535 7First-Line Supervisors of Office and Administrative Support Workers 38637 40139 4
Laborers and Freight Stock and Material Movers Hand 64472 66522 3Customer Service Representatives 82808 86116 4Total 228617 237480
1 AIR TRANSPORTATION JOB POSTINGS ARE GROWING BUT NOT HARD TO FILL
bull 132020 unique positions posted for top 10 occupations
bull 13599 unique positions posted for four most relevant occupations in top 10 + avionics technician
bull Posting intensity of 5-to-1
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
Demand What are the workforceneeds of the aerospace and air transportation industries Over the next 3-5 years In terms of quantity In terms of skillscontent knowledge In the DFW regionNorth Texas What are our existing or anticipated
skill gaps
SupplyWhat does the labor supply look like locally How many students are graduating
with computer science degrees What is the availability of software
and systems engineers What is the population of young
people interested in STEM In relevant job groups
INDUSTRY INTERESTS
Linking Supply and Demand What actions is the employer community taking to build interest amp attract new talent How can we link talented students to exciting jobs in these industries What we can do to position our company to hire train and retain top talent
PRESENTATION OUTLINEAir Transportation Sector (481)
Industry overview
Occupational overview
Real-time job posting data
Aerospace Parts and Products Manufacturing (3364)
Industry overview
Occupational overview
Real-time job posting data
Interview findings
Next Steps
Discussion and Questions
DATA OVERVIEW
bull Geography ndash 16 County North Texas Regionbull Collin Denton Dallas Ellis Erath Hood Hunt Johnson Kaufman
Navarro Palo Pinto Parker Rockwall Sommervell Tarrant and Wise
bull Industries ndashbull Aerospace Products and Parts Manufacturing - NAICS code 3364bull Air Transportation ndash NAICS code 481
bull Sourcesbull Emsi Industry Occupation and (real-time) Job Posting Tools
December 2016
1 AIR TRANSPORTATION INDUSTRY EMPLOYMENT IS PROJECTED TO GROW IN NORTH TEXAS
bull 35319 people employed in North Texas in 2015-16bull 38765 jobs projected in 2026
2 56 OF STATEWIDE EMPLOYMENT IN THE AIR TRANSPORTATION SECTOR IS IN NORTH TEXAS
bull NTX employment comprises 56 of the statewide employment in this industry
bull Most of the NTX employment is concentrated in Tarrant County
County Name 2015 Jobs 2016 Jobs 2015 - 2016 Change
2016 Location Quotient
2016 Establishments
Tarrant County TX 26501 27632 4 962 49Dallas County TX 5293 6785 28 122 64Denton County TX 718 766 7 101 11Collin County TX 57 59 4 005 6Rockwall County TX 40 41 3 046 2Hunt County TX 23 24 4 025 1
3 THE AIR TRANSPORTATION INDUSTRY EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONSTop 6 occupations (gt 3 of industry employment 1000+employed in the region in 2016)
DescriptionEmployed in
Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Typical Entry Level Education
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
High school diploma or equivalent
Flight Attendants 5394 5989 11 170 $2782High school diploma or equivalent
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298 Bachelors degree
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922 Postsecondary nondegree award
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
No formal educational credential
Cargo and Freight Agents 1550 1617 4 46 $2152High school diploma or equivalent
4 THE AIR TRANSPORTATION INDUSTRY IS MORE DIVERSEmdashBUT OLDER--THAN THE AEROSPACE INDUSTRY
bull 57 of employees in the industry are malebull 697 of employees in the industry are white
bull 118 are HispanicLatinobull 120 are African-AmericanBlackbull 47 are Asian
bull 70 of current workforce is 45+bull 271 is 55+
bull Only 327 are between 25-44
5 THE AIR TRANSPORTATION SECTOR IS AN ECONOMIC ENGINE IN THE REGIONbull The industry generates economic activity and employment in key
related sectors
Air Transportation Industry Requirements
Purchases from In-region Purchases
Imported Purchases Total Purchases
Petroleum Refineries $280438382 $3657539079 $3937977462Freight Transportation Arrangement $406793828 $185928153 $592721981Other Support Activities for Air Transportation $260449515 $2823177 $263272692Construction Mining and Forestry Machinery and Equipment Rental and Leasing $170483000 $61299929 $231782928
Other Commercial and Industrial Machinery and Equipment Rental and Leasing $165340281 $37385006 $202725287
1 THE TOP 10 OCCUPATIONS COMPRISE 805 OF THE AIR TRANSPORTATION INDUSTRY JOBSTop 10 Air Transportation Industry Occupations
Employed in Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
Flight Attendants 5394 5989 11 170 $2782
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
Cargo and Freight Agents 1550 1617 4 46 $2152
First-Line Supervisors of Office and Administrative Support Workers 878 930 6 26 $2789
Customer Service Representatives 784 831 6 24 $1607
Commercial Pilots 738 804 9 23 $4274
First-Line Supervisors of Mechanics Installers and Repairers 358 380 6 11 $3130
2 ABOUT HALF OF THE TOP 10 AIR TRANSPORTATION OCCUPATIONS ARE MORE TECHNICAL HAVE SOME CROSSOVER TO AEROSPACE PARTS amp PRODUCTSbull Total employment in the top ten air transportation occupations
across all industries in North Texas in 2016 was 237480Total North Texas Employment in Top 10 Air Transportation Industry Occupations Description 2015 Jobs 2016 Jobs 2015-16 ChangeFirst-Line Supervisors of Mechanics Installers and Repairers 10863 11067 2Aircraft Mechanics and Service Technicians 7554 7695 2Airline Pilots Copilots and Flight Engineers 4130 4622 12Commercial Pilots 1313 1381 5Cargo and Freight Agents 5447 5374 (1)Flight Attendants 5431 6028 11Reservation and Transportation Ticket Agents and Travel Clerks 7961 8535 7First-Line Supervisors of Office and Administrative Support Workers 38637 40139 4
Laborers and Freight Stock and Material Movers Hand 64472 66522 3Customer Service Representatives 82808 86116 4Total 228617 237480
1 AIR TRANSPORTATION JOB POSTINGS ARE GROWING BUT NOT HARD TO FILL
bull 132020 unique positions posted for top 10 occupations
bull 13599 unique positions posted for four most relevant occupations in top 10 + avionics technician
bull Posting intensity of 5-to-1
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
PRESENTATION OUTLINEAir Transportation Sector (481)
Industry overview
Occupational overview
Real-time job posting data
Aerospace Parts and Products Manufacturing (3364)
Industry overview
Occupational overview
Real-time job posting data
Interview findings
Next Steps
Discussion and Questions
DATA OVERVIEW
bull Geography ndash 16 County North Texas Regionbull Collin Denton Dallas Ellis Erath Hood Hunt Johnson Kaufman
Navarro Palo Pinto Parker Rockwall Sommervell Tarrant and Wise
bull Industries ndashbull Aerospace Products and Parts Manufacturing - NAICS code 3364bull Air Transportation ndash NAICS code 481
bull Sourcesbull Emsi Industry Occupation and (real-time) Job Posting Tools
December 2016
1 AIR TRANSPORTATION INDUSTRY EMPLOYMENT IS PROJECTED TO GROW IN NORTH TEXAS
bull 35319 people employed in North Texas in 2015-16bull 38765 jobs projected in 2026
2 56 OF STATEWIDE EMPLOYMENT IN THE AIR TRANSPORTATION SECTOR IS IN NORTH TEXAS
bull NTX employment comprises 56 of the statewide employment in this industry
bull Most of the NTX employment is concentrated in Tarrant County
County Name 2015 Jobs 2016 Jobs 2015 - 2016 Change
2016 Location Quotient
2016 Establishments
Tarrant County TX 26501 27632 4 962 49Dallas County TX 5293 6785 28 122 64Denton County TX 718 766 7 101 11Collin County TX 57 59 4 005 6Rockwall County TX 40 41 3 046 2Hunt County TX 23 24 4 025 1
3 THE AIR TRANSPORTATION INDUSTRY EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONSTop 6 occupations (gt 3 of industry employment 1000+employed in the region in 2016)
DescriptionEmployed in
Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Typical Entry Level Education
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
High school diploma or equivalent
Flight Attendants 5394 5989 11 170 $2782High school diploma or equivalent
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298 Bachelors degree
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922 Postsecondary nondegree award
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
No formal educational credential
Cargo and Freight Agents 1550 1617 4 46 $2152High school diploma or equivalent
4 THE AIR TRANSPORTATION INDUSTRY IS MORE DIVERSEmdashBUT OLDER--THAN THE AEROSPACE INDUSTRY
bull 57 of employees in the industry are malebull 697 of employees in the industry are white
bull 118 are HispanicLatinobull 120 are African-AmericanBlackbull 47 are Asian
bull 70 of current workforce is 45+bull 271 is 55+
bull Only 327 are between 25-44
5 THE AIR TRANSPORTATION SECTOR IS AN ECONOMIC ENGINE IN THE REGIONbull The industry generates economic activity and employment in key
related sectors
Air Transportation Industry Requirements
Purchases from In-region Purchases
Imported Purchases Total Purchases
Petroleum Refineries $280438382 $3657539079 $3937977462Freight Transportation Arrangement $406793828 $185928153 $592721981Other Support Activities for Air Transportation $260449515 $2823177 $263272692Construction Mining and Forestry Machinery and Equipment Rental and Leasing $170483000 $61299929 $231782928
Other Commercial and Industrial Machinery and Equipment Rental and Leasing $165340281 $37385006 $202725287
1 THE TOP 10 OCCUPATIONS COMPRISE 805 OF THE AIR TRANSPORTATION INDUSTRY JOBSTop 10 Air Transportation Industry Occupations
Employed in Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
Flight Attendants 5394 5989 11 170 $2782
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
Cargo and Freight Agents 1550 1617 4 46 $2152
First-Line Supervisors of Office and Administrative Support Workers 878 930 6 26 $2789
Customer Service Representatives 784 831 6 24 $1607
Commercial Pilots 738 804 9 23 $4274
First-Line Supervisors of Mechanics Installers and Repairers 358 380 6 11 $3130
2 ABOUT HALF OF THE TOP 10 AIR TRANSPORTATION OCCUPATIONS ARE MORE TECHNICAL HAVE SOME CROSSOVER TO AEROSPACE PARTS amp PRODUCTSbull Total employment in the top ten air transportation occupations
across all industries in North Texas in 2016 was 237480Total North Texas Employment in Top 10 Air Transportation Industry Occupations Description 2015 Jobs 2016 Jobs 2015-16 ChangeFirst-Line Supervisors of Mechanics Installers and Repairers 10863 11067 2Aircraft Mechanics and Service Technicians 7554 7695 2Airline Pilots Copilots and Flight Engineers 4130 4622 12Commercial Pilots 1313 1381 5Cargo and Freight Agents 5447 5374 (1)Flight Attendants 5431 6028 11Reservation and Transportation Ticket Agents and Travel Clerks 7961 8535 7First-Line Supervisors of Office and Administrative Support Workers 38637 40139 4
Laborers and Freight Stock and Material Movers Hand 64472 66522 3Customer Service Representatives 82808 86116 4Total 228617 237480
1 AIR TRANSPORTATION JOB POSTINGS ARE GROWING BUT NOT HARD TO FILL
bull 132020 unique positions posted for top 10 occupations
bull 13599 unique positions posted for four most relevant occupations in top 10 + avionics technician
bull Posting intensity of 5-to-1
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
DATA OVERVIEW
bull Geography ndash 16 County North Texas Regionbull Collin Denton Dallas Ellis Erath Hood Hunt Johnson Kaufman
Navarro Palo Pinto Parker Rockwall Sommervell Tarrant and Wise
bull Industries ndashbull Aerospace Products and Parts Manufacturing - NAICS code 3364bull Air Transportation ndash NAICS code 481
bull Sourcesbull Emsi Industry Occupation and (real-time) Job Posting Tools
December 2016
1 AIR TRANSPORTATION INDUSTRY EMPLOYMENT IS PROJECTED TO GROW IN NORTH TEXAS
bull 35319 people employed in North Texas in 2015-16bull 38765 jobs projected in 2026
2 56 OF STATEWIDE EMPLOYMENT IN THE AIR TRANSPORTATION SECTOR IS IN NORTH TEXAS
bull NTX employment comprises 56 of the statewide employment in this industry
bull Most of the NTX employment is concentrated in Tarrant County
County Name 2015 Jobs 2016 Jobs 2015 - 2016 Change
2016 Location Quotient
2016 Establishments
Tarrant County TX 26501 27632 4 962 49Dallas County TX 5293 6785 28 122 64Denton County TX 718 766 7 101 11Collin County TX 57 59 4 005 6Rockwall County TX 40 41 3 046 2Hunt County TX 23 24 4 025 1
3 THE AIR TRANSPORTATION INDUSTRY EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONSTop 6 occupations (gt 3 of industry employment 1000+employed in the region in 2016)
DescriptionEmployed in
Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Typical Entry Level Education
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
High school diploma or equivalent
Flight Attendants 5394 5989 11 170 $2782High school diploma or equivalent
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298 Bachelors degree
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922 Postsecondary nondegree award
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
No formal educational credential
Cargo and Freight Agents 1550 1617 4 46 $2152High school diploma or equivalent
4 THE AIR TRANSPORTATION INDUSTRY IS MORE DIVERSEmdashBUT OLDER--THAN THE AEROSPACE INDUSTRY
bull 57 of employees in the industry are malebull 697 of employees in the industry are white
bull 118 are HispanicLatinobull 120 are African-AmericanBlackbull 47 are Asian
bull 70 of current workforce is 45+bull 271 is 55+
bull Only 327 are between 25-44
5 THE AIR TRANSPORTATION SECTOR IS AN ECONOMIC ENGINE IN THE REGIONbull The industry generates economic activity and employment in key
related sectors
Air Transportation Industry Requirements
Purchases from In-region Purchases
Imported Purchases Total Purchases
Petroleum Refineries $280438382 $3657539079 $3937977462Freight Transportation Arrangement $406793828 $185928153 $592721981Other Support Activities for Air Transportation $260449515 $2823177 $263272692Construction Mining and Forestry Machinery and Equipment Rental and Leasing $170483000 $61299929 $231782928
Other Commercial and Industrial Machinery and Equipment Rental and Leasing $165340281 $37385006 $202725287
1 THE TOP 10 OCCUPATIONS COMPRISE 805 OF THE AIR TRANSPORTATION INDUSTRY JOBSTop 10 Air Transportation Industry Occupations
Employed in Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
Flight Attendants 5394 5989 11 170 $2782
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
Cargo and Freight Agents 1550 1617 4 46 $2152
First-Line Supervisors of Office and Administrative Support Workers 878 930 6 26 $2789
Customer Service Representatives 784 831 6 24 $1607
Commercial Pilots 738 804 9 23 $4274
First-Line Supervisors of Mechanics Installers and Repairers 358 380 6 11 $3130
2 ABOUT HALF OF THE TOP 10 AIR TRANSPORTATION OCCUPATIONS ARE MORE TECHNICAL HAVE SOME CROSSOVER TO AEROSPACE PARTS amp PRODUCTSbull Total employment in the top ten air transportation occupations
across all industries in North Texas in 2016 was 237480Total North Texas Employment in Top 10 Air Transportation Industry Occupations Description 2015 Jobs 2016 Jobs 2015-16 ChangeFirst-Line Supervisors of Mechanics Installers and Repairers 10863 11067 2Aircraft Mechanics and Service Technicians 7554 7695 2Airline Pilots Copilots and Flight Engineers 4130 4622 12Commercial Pilots 1313 1381 5Cargo and Freight Agents 5447 5374 (1)Flight Attendants 5431 6028 11Reservation and Transportation Ticket Agents and Travel Clerks 7961 8535 7First-Line Supervisors of Office and Administrative Support Workers 38637 40139 4
Laborers and Freight Stock and Material Movers Hand 64472 66522 3Customer Service Representatives 82808 86116 4Total 228617 237480
1 AIR TRANSPORTATION JOB POSTINGS ARE GROWING BUT NOT HARD TO FILL
bull 132020 unique positions posted for top 10 occupations
bull 13599 unique positions posted for four most relevant occupations in top 10 + avionics technician
bull Posting intensity of 5-to-1
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
1 AIR TRANSPORTATION INDUSTRY EMPLOYMENT IS PROJECTED TO GROW IN NORTH TEXAS
bull 35319 people employed in North Texas in 2015-16bull 38765 jobs projected in 2026
2 56 OF STATEWIDE EMPLOYMENT IN THE AIR TRANSPORTATION SECTOR IS IN NORTH TEXAS
bull NTX employment comprises 56 of the statewide employment in this industry
bull Most of the NTX employment is concentrated in Tarrant County
County Name 2015 Jobs 2016 Jobs 2015 - 2016 Change
2016 Location Quotient
2016 Establishments
Tarrant County TX 26501 27632 4 962 49Dallas County TX 5293 6785 28 122 64Denton County TX 718 766 7 101 11Collin County TX 57 59 4 005 6Rockwall County TX 40 41 3 046 2Hunt County TX 23 24 4 025 1
3 THE AIR TRANSPORTATION INDUSTRY EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONSTop 6 occupations (gt 3 of industry employment 1000+employed in the region in 2016)
DescriptionEmployed in
Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Typical Entry Level Education
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
High school diploma or equivalent
Flight Attendants 5394 5989 11 170 $2782High school diploma or equivalent
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298 Bachelors degree
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922 Postsecondary nondegree award
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
No formal educational credential
Cargo and Freight Agents 1550 1617 4 46 $2152High school diploma or equivalent
4 THE AIR TRANSPORTATION INDUSTRY IS MORE DIVERSEmdashBUT OLDER--THAN THE AEROSPACE INDUSTRY
bull 57 of employees in the industry are malebull 697 of employees in the industry are white
bull 118 are HispanicLatinobull 120 are African-AmericanBlackbull 47 are Asian
bull 70 of current workforce is 45+bull 271 is 55+
bull Only 327 are between 25-44
5 THE AIR TRANSPORTATION SECTOR IS AN ECONOMIC ENGINE IN THE REGIONbull The industry generates economic activity and employment in key
related sectors
Air Transportation Industry Requirements
Purchases from In-region Purchases
Imported Purchases Total Purchases
Petroleum Refineries $280438382 $3657539079 $3937977462Freight Transportation Arrangement $406793828 $185928153 $592721981Other Support Activities for Air Transportation $260449515 $2823177 $263272692Construction Mining and Forestry Machinery and Equipment Rental and Leasing $170483000 $61299929 $231782928
Other Commercial and Industrial Machinery and Equipment Rental and Leasing $165340281 $37385006 $202725287
1 THE TOP 10 OCCUPATIONS COMPRISE 805 OF THE AIR TRANSPORTATION INDUSTRY JOBSTop 10 Air Transportation Industry Occupations
Employed in Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
Flight Attendants 5394 5989 11 170 $2782
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
Cargo and Freight Agents 1550 1617 4 46 $2152
First-Line Supervisors of Office and Administrative Support Workers 878 930 6 26 $2789
Customer Service Representatives 784 831 6 24 $1607
Commercial Pilots 738 804 9 23 $4274
First-Line Supervisors of Mechanics Installers and Repairers 358 380 6 11 $3130
2 ABOUT HALF OF THE TOP 10 AIR TRANSPORTATION OCCUPATIONS ARE MORE TECHNICAL HAVE SOME CROSSOVER TO AEROSPACE PARTS amp PRODUCTSbull Total employment in the top ten air transportation occupations
across all industries in North Texas in 2016 was 237480Total North Texas Employment in Top 10 Air Transportation Industry Occupations Description 2015 Jobs 2016 Jobs 2015-16 ChangeFirst-Line Supervisors of Mechanics Installers and Repairers 10863 11067 2Aircraft Mechanics and Service Technicians 7554 7695 2Airline Pilots Copilots and Flight Engineers 4130 4622 12Commercial Pilots 1313 1381 5Cargo and Freight Agents 5447 5374 (1)Flight Attendants 5431 6028 11Reservation and Transportation Ticket Agents and Travel Clerks 7961 8535 7First-Line Supervisors of Office and Administrative Support Workers 38637 40139 4
Laborers and Freight Stock and Material Movers Hand 64472 66522 3Customer Service Representatives 82808 86116 4Total 228617 237480
1 AIR TRANSPORTATION JOB POSTINGS ARE GROWING BUT NOT HARD TO FILL
bull 132020 unique positions posted for top 10 occupations
bull 13599 unique positions posted for four most relevant occupations in top 10 + avionics technician
bull Posting intensity of 5-to-1
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
2 56 OF STATEWIDE EMPLOYMENT IN THE AIR TRANSPORTATION SECTOR IS IN NORTH TEXAS
bull NTX employment comprises 56 of the statewide employment in this industry
bull Most of the NTX employment is concentrated in Tarrant County
County Name 2015 Jobs 2016 Jobs 2015 - 2016 Change
2016 Location Quotient
2016 Establishments
Tarrant County TX 26501 27632 4 962 49Dallas County TX 5293 6785 28 122 64Denton County TX 718 766 7 101 11Collin County TX 57 59 4 005 6Rockwall County TX 40 41 3 046 2Hunt County TX 23 24 4 025 1
3 THE AIR TRANSPORTATION INDUSTRY EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONSTop 6 occupations (gt 3 of industry employment 1000+employed in the region in 2016)
DescriptionEmployed in
Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Typical Entry Level Education
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
High school diploma or equivalent
Flight Attendants 5394 5989 11 170 $2782High school diploma or equivalent
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298 Bachelors degree
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922 Postsecondary nondegree award
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
No formal educational credential
Cargo and Freight Agents 1550 1617 4 46 $2152High school diploma or equivalent
4 THE AIR TRANSPORTATION INDUSTRY IS MORE DIVERSEmdashBUT OLDER--THAN THE AEROSPACE INDUSTRY
bull 57 of employees in the industry are malebull 697 of employees in the industry are white
bull 118 are HispanicLatinobull 120 are African-AmericanBlackbull 47 are Asian
bull 70 of current workforce is 45+bull 271 is 55+
bull Only 327 are between 25-44
5 THE AIR TRANSPORTATION SECTOR IS AN ECONOMIC ENGINE IN THE REGIONbull The industry generates economic activity and employment in key
related sectors
Air Transportation Industry Requirements
Purchases from In-region Purchases
Imported Purchases Total Purchases
Petroleum Refineries $280438382 $3657539079 $3937977462Freight Transportation Arrangement $406793828 $185928153 $592721981Other Support Activities for Air Transportation $260449515 $2823177 $263272692Construction Mining and Forestry Machinery and Equipment Rental and Leasing $170483000 $61299929 $231782928
Other Commercial and Industrial Machinery and Equipment Rental and Leasing $165340281 $37385006 $202725287
1 THE TOP 10 OCCUPATIONS COMPRISE 805 OF THE AIR TRANSPORTATION INDUSTRY JOBSTop 10 Air Transportation Industry Occupations
Employed in Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
Flight Attendants 5394 5989 11 170 $2782
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
Cargo and Freight Agents 1550 1617 4 46 $2152
First-Line Supervisors of Office and Administrative Support Workers 878 930 6 26 $2789
Customer Service Representatives 784 831 6 24 $1607
Commercial Pilots 738 804 9 23 $4274
First-Line Supervisors of Mechanics Installers and Repairers 358 380 6 11 $3130
2 ABOUT HALF OF THE TOP 10 AIR TRANSPORTATION OCCUPATIONS ARE MORE TECHNICAL HAVE SOME CROSSOVER TO AEROSPACE PARTS amp PRODUCTSbull Total employment in the top ten air transportation occupations
across all industries in North Texas in 2016 was 237480Total North Texas Employment in Top 10 Air Transportation Industry Occupations Description 2015 Jobs 2016 Jobs 2015-16 ChangeFirst-Line Supervisors of Mechanics Installers and Repairers 10863 11067 2Aircraft Mechanics and Service Technicians 7554 7695 2Airline Pilots Copilots and Flight Engineers 4130 4622 12Commercial Pilots 1313 1381 5Cargo and Freight Agents 5447 5374 (1)Flight Attendants 5431 6028 11Reservation and Transportation Ticket Agents and Travel Clerks 7961 8535 7First-Line Supervisors of Office and Administrative Support Workers 38637 40139 4
Laborers and Freight Stock and Material Movers Hand 64472 66522 3Customer Service Representatives 82808 86116 4Total 228617 237480
1 AIR TRANSPORTATION JOB POSTINGS ARE GROWING BUT NOT HARD TO FILL
bull 132020 unique positions posted for top 10 occupations
bull 13599 unique positions posted for four most relevant occupations in top 10 + avionics technician
bull Posting intensity of 5-to-1
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
3 THE AIR TRANSPORTATION INDUSTRY EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONSTop 6 occupations (gt 3 of industry employment 1000+employed in the region in 2016)
DescriptionEmployed in
Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Typical Entry Level Education
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
High school diploma or equivalent
Flight Attendants 5394 5989 11 170 $2782High school diploma or equivalent
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298 Bachelors degree
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922 Postsecondary nondegree award
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
No formal educational credential
Cargo and Freight Agents 1550 1617 4 46 $2152High school diploma or equivalent
4 THE AIR TRANSPORTATION INDUSTRY IS MORE DIVERSEmdashBUT OLDER--THAN THE AEROSPACE INDUSTRY
bull 57 of employees in the industry are malebull 697 of employees in the industry are white
bull 118 are HispanicLatinobull 120 are African-AmericanBlackbull 47 are Asian
bull 70 of current workforce is 45+bull 271 is 55+
bull Only 327 are between 25-44
5 THE AIR TRANSPORTATION SECTOR IS AN ECONOMIC ENGINE IN THE REGIONbull The industry generates economic activity and employment in key
related sectors
Air Transportation Industry Requirements
Purchases from In-region Purchases
Imported Purchases Total Purchases
Petroleum Refineries $280438382 $3657539079 $3937977462Freight Transportation Arrangement $406793828 $185928153 $592721981Other Support Activities for Air Transportation $260449515 $2823177 $263272692Construction Mining and Forestry Machinery and Equipment Rental and Leasing $170483000 $61299929 $231782928
Other Commercial and Industrial Machinery and Equipment Rental and Leasing $165340281 $37385006 $202725287
1 THE TOP 10 OCCUPATIONS COMPRISE 805 OF THE AIR TRANSPORTATION INDUSTRY JOBSTop 10 Air Transportation Industry Occupations
Employed in Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
Flight Attendants 5394 5989 11 170 $2782
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
Cargo and Freight Agents 1550 1617 4 46 $2152
First-Line Supervisors of Office and Administrative Support Workers 878 930 6 26 $2789
Customer Service Representatives 784 831 6 24 $1607
Commercial Pilots 738 804 9 23 $4274
First-Line Supervisors of Mechanics Installers and Repairers 358 380 6 11 $3130
2 ABOUT HALF OF THE TOP 10 AIR TRANSPORTATION OCCUPATIONS ARE MORE TECHNICAL HAVE SOME CROSSOVER TO AEROSPACE PARTS amp PRODUCTSbull Total employment in the top ten air transportation occupations
across all industries in North Texas in 2016 was 237480Total North Texas Employment in Top 10 Air Transportation Industry Occupations Description 2015 Jobs 2016 Jobs 2015-16 ChangeFirst-Line Supervisors of Mechanics Installers and Repairers 10863 11067 2Aircraft Mechanics and Service Technicians 7554 7695 2Airline Pilots Copilots and Flight Engineers 4130 4622 12Commercial Pilots 1313 1381 5Cargo and Freight Agents 5447 5374 (1)Flight Attendants 5431 6028 11Reservation and Transportation Ticket Agents and Travel Clerks 7961 8535 7First-Line Supervisors of Office and Administrative Support Workers 38637 40139 4
Laborers and Freight Stock and Material Movers Hand 64472 66522 3Customer Service Representatives 82808 86116 4Total 228617 237480
1 AIR TRANSPORTATION JOB POSTINGS ARE GROWING BUT NOT HARD TO FILL
bull 132020 unique positions posted for top 10 occupations
bull 13599 unique positions posted for four most relevant occupations in top 10 + avionics technician
bull Posting intensity of 5-to-1
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
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od
Co
nce
ssio
nR
etai
l
Off
ice
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t Sp
ace
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etin
gC
hec
k-In
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ure
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old
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om
De
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ture
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rde
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curi
ty
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un
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nb
ou
nd
Bag
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Han
dlin
g
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ival
s
Bag
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im
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ice
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chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
4 THE AIR TRANSPORTATION INDUSTRY IS MORE DIVERSEmdashBUT OLDER--THAN THE AEROSPACE INDUSTRY
bull 57 of employees in the industry are malebull 697 of employees in the industry are white
bull 118 are HispanicLatinobull 120 are African-AmericanBlackbull 47 are Asian
bull 70 of current workforce is 45+bull 271 is 55+
bull Only 327 are between 25-44
5 THE AIR TRANSPORTATION SECTOR IS AN ECONOMIC ENGINE IN THE REGIONbull The industry generates economic activity and employment in key
related sectors
Air Transportation Industry Requirements
Purchases from In-region Purchases
Imported Purchases Total Purchases
Petroleum Refineries $280438382 $3657539079 $3937977462Freight Transportation Arrangement $406793828 $185928153 $592721981Other Support Activities for Air Transportation $260449515 $2823177 $263272692Construction Mining and Forestry Machinery and Equipment Rental and Leasing $170483000 $61299929 $231782928
Other Commercial and Industrial Machinery and Equipment Rental and Leasing $165340281 $37385006 $202725287
1 THE TOP 10 OCCUPATIONS COMPRISE 805 OF THE AIR TRANSPORTATION INDUSTRY JOBSTop 10 Air Transportation Industry Occupations
Employed in Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
Flight Attendants 5394 5989 11 170 $2782
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
Cargo and Freight Agents 1550 1617 4 46 $2152
First-Line Supervisors of Office and Administrative Support Workers 878 930 6 26 $2789
Customer Service Representatives 784 831 6 24 $1607
Commercial Pilots 738 804 9 23 $4274
First-Line Supervisors of Mechanics Installers and Repairers 358 380 6 11 $3130
2 ABOUT HALF OF THE TOP 10 AIR TRANSPORTATION OCCUPATIONS ARE MORE TECHNICAL HAVE SOME CROSSOVER TO AEROSPACE PARTS amp PRODUCTSbull Total employment in the top ten air transportation occupations
across all industries in North Texas in 2016 was 237480Total North Texas Employment in Top 10 Air Transportation Industry Occupations Description 2015 Jobs 2016 Jobs 2015-16 ChangeFirst-Line Supervisors of Mechanics Installers and Repairers 10863 11067 2Aircraft Mechanics and Service Technicians 7554 7695 2Airline Pilots Copilots and Flight Engineers 4130 4622 12Commercial Pilots 1313 1381 5Cargo and Freight Agents 5447 5374 (1)Flight Attendants 5431 6028 11Reservation and Transportation Ticket Agents and Travel Clerks 7961 8535 7First-Line Supervisors of Office and Administrative Support Workers 38637 40139 4
Laborers and Freight Stock and Material Movers Hand 64472 66522 3Customer Service Representatives 82808 86116 4Total 228617 237480
1 AIR TRANSPORTATION JOB POSTINGS ARE GROWING BUT NOT HARD TO FILL
bull 132020 unique positions posted for top 10 occupations
bull 13599 unique positions posted for four most relevant occupations in top 10 + avionics technician
bull Posting intensity of 5-to-1
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
5 THE AIR TRANSPORTATION SECTOR IS AN ECONOMIC ENGINE IN THE REGIONbull The industry generates economic activity and employment in key
related sectors
Air Transportation Industry Requirements
Purchases from In-region Purchases
Imported Purchases Total Purchases
Petroleum Refineries $280438382 $3657539079 $3937977462Freight Transportation Arrangement $406793828 $185928153 $592721981Other Support Activities for Air Transportation $260449515 $2823177 $263272692Construction Mining and Forestry Machinery and Equipment Rental and Leasing $170483000 $61299929 $231782928
Other Commercial and Industrial Machinery and Equipment Rental and Leasing $165340281 $37385006 $202725287
1 THE TOP 10 OCCUPATIONS COMPRISE 805 OF THE AIR TRANSPORTATION INDUSTRY JOBSTop 10 Air Transportation Industry Occupations
Employed in Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
Flight Attendants 5394 5989 11 170 $2782
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
Cargo and Freight Agents 1550 1617 4 46 $2152
First-Line Supervisors of Office and Administrative Support Workers 878 930 6 26 $2789
Customer Service Representatives 784 831 6 24 $1607
Commercial Pilots 738 804 9 23 $4274
First-Line Supervisors of Mechanics Installers and Repairers 358 380 6 11 $3130
2 ABOUT HALF OF THE TOP 10 AIR TRANSPORTATION OCCUPATIONS ARE MORE TECHNICAL HAVE SOME CROSSOVER TO AEROSPACE PARTS amp PRODUCTSbull Total employment in the top ten air transportation occupations
across all industries in North Texas in 2016 was 237480Total North Texas Employment in Top 10 Air Transportation Industry Occupations Description 2015 Jobs 2016 Jobs 2015-16 ChangeFirst-Line Supervisors of Mechanics Installers and Repairers 10863 11067 2Aircraft Mechanics and Service Technicians 7554 7695 2Airline Pilots Copilots and Flight Engineers 4130 4622 12Commercial Pilots 1313 1381 5Cargo and Freight Agents 5447 5374 (1)Flight Attendants 5431 6028 11Reservation and Transportation Ticket Agents and Travel Clerks 7961 8535 7First-Line Supervisors of Office and Administrative Support Workers 38637 40139 4
Laborers and Freight Stock and Material Movers Hand 64472 66522 3Customer Service Representatives 82808 86116 4Total 228617 237480
1 AIR TRANSPORTATION JOB POSTINGS ARE GROWING BUT NOT HARD TO FILL
bull 132020 unique positions posted for top 10 occupations
bull 13599 unique positions posted for four most relevant occupations in top 10 + avionics technician
bull Posting intensity of 5-to-1
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
1 THE TOP 10 OCCUPATIONS COMPRISE 805 OF THE AIR TRANSPORTATION INDUSTRY JOBSTop 10 Air Transportation Industry Occupations
Employed in Industry (2015)
Employed in Industry (2016)
Change (2015 - 2016)
of Total Jobs in Industry
(2016)
Median Hourly Earnings
Reservation and Transportation Ticket Agents and Travel Clerks 6597 7118 8 202 $1848
Flight Attendants 5394 5989 11 170 $2782
Airline Pilots Copilots and Flight Engineers 3813 4301 13 122 $7298
Aircraft Mechanics and Service Technicians 3551 3763 6 107 $2922
Laborers and Freight Stock and Material Movers Hand 2552 2713 6 77 $1169
Cargo and Freight Agents 1550 1617 4 46 $2152
First-Line Supervisors of Office and Administrative Support Workers 878 930 6 26 $2789
Customer Service Representatives 784 831 6 24 $1607
Commercial Pilots 738 804 9 23 $4274
First-Line Supervisors of Mechanics Installers and Repairers 358 380 6 11 $3130
2 ABOUT HALF OF THE TOP 10 AIR TRANSPORTATION OCCUPATIONS ARE MORE TECHNICAL HAVE SOME CROSSOVER TO AEROSPACE PARTS amp PRODUCTSbull Total employment in the top ten air transportation occupations
across all industries in North Texas in 2016 was 237480Total North Texas Employment in Top 10 Air Transportation Industry Occupations Description 2015 Jobs 2016 Jobs 2015-16 ChangeFirst-Line Supervisors of Mechanics Installers and Repairers 10863 11067 2Aircraft Mechanics and Service Technicians 7554 7695 2Airline Pilots Copilots and Flight Engineers 4130 4622 12Commercial Pilots 1313 1381 5Cargo and Freight Agents 5447 5374 (1)Flight Attendants 5431 6028 11Reservation and Transportation Ticket Agents and Travel Clerks 7961 8535 7First-Line Supervisors of Office and Administrative Support Workers 38637 40139 4
Laborers and Freight Stock and Material Movers Hand 64472 66522 3Customer Service Representatives 82808 86116 4Total 228617 237480
1 AIR TRANSPORTATION JOB POSTINGS ARE GROWING BUT NOT HARD TO FILL
bull 132020 unique positions posted for top 10 occupations
bull 13599 unique positions posted for four most relevant occupations in top 10 + avionics technician
bull Posting intensity of 5-to-1
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
2 ABOUT HALF OF THE TOP 10 AIR TRANSPORTATION OCCUPATIONS ARE MORE TECHNICAL HAVE SOME CROSSOVER TO AEROSPACE PARTS amp PRODUCTSbull Total employment in the top ten air transportation occupations
across all industries in North Texas in 2016 was 237480Total North Texas Employment in Top 10 Air Transportation Industry Occupations Description 2015 Jobs 2016 Jobs 2015-16 ChangeFirst-Line Supervisors of Mechanics Installers and Repairers 10863 11067 2Aircraft Mechanics and Service Technicians 7554 7695 2Airline Pilots Copilots and Flight Engineers 4130 4622 12Commercial Pilots 1313 1381 5Cargo and Freight Agents 5447 5374 (1)Flight Attendants 5431 6028 11Reservation and Transportation Ticket Agents and Travel Clerks 7961 8535 7First-Line Supervisors of Office and Administrative Support Workers 38637 40139 4
Laborers and Freight Stock and Material Movers Hand 64472 66522 3Customer Service Representatives 82808 86116 4Total 228617 237480
1 AIR TRANSPORTATION JOB POSTINGS ARE GROWING BUT NOT HARD TO FILL
bull 132020 unique positions posted for top 10 occupations
bull 13599 unique positions posted for four most relevant occupations in top 10 + avionics technician
bull Posting intensity of 5-to-1
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
1 AIR TRANSPORTATION JOB POSTINGS ARE GROWING BUT NOT HARD TO FILL
bull 132020 unique positions posted for top 10 occupations
bull 13599 unique positions posted for four most relevant occupations in top 10 + avionics technician
bull Posting intensity of 5-to-1
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
2 TOP POSTING IS FOR AIRCRAFT MECHANICS AND SERVICE TECHNICIANS
Occupation (SOC) Total (Sep 2015 - Sep 2016)
Unique (Sep 2015 - Sep 2016)
Aircraft Mechanics and Service Technicians 5490 1137
Avionics Technicians 1221 300Commercial Pilots 1388 299
Airline Pilots Copilots and Flight Engineers 544 130
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
3 TOP OCCUPATIONS COMPANIES AND JOB TITLES
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
Top Companies | Top Job Titles | Skills | |||
Aerotek L- 3 Communications Holdings Inc Lockheed Martin Corporation National Guard United States Army Confidential Records Management Inc Aftermarket Services Mesa Airlines Inc Sterling Autobody Centers General Electric Company Bombardier Textron | Maintenance Mechanic (541) Pilot (243) Avionics Technician (148) Aircraft Technician (92) Maintenance Manager (66) Equipment Repairer (51) Maintenance Technician (47) First Officer (44) Auto Body Technician (39) Flight Engineer (37) Electronics Technician (36) | Repairing (Computer Systems) Maintenance Federal Aviation Administration Testing Aviation Troubleshooting (Problem Solving) Training Information Security Management Operations Lifting Mechanics Motor Engine |
1 AEROSPACE INDUSTRY EMPLOYMENT IS PROJECTED TO REMAIN STABLE
bull 29847 people employed in North Texas in 2015-16bull 30417 jobs projected in 2026
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
2 NEARLY 70 OF STATEWIDE EMPLOYMENT IN THE AEROSPACE SECTOR IS IN NORTH TEXAS
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
County Name | 2015 Jobs | 2016 Jobs | 2016 Location Quotient | 2016 Establishments | |||||
Tarrant County | 19695 | 19476 | 660 | 56 | |||||
Dallas County | 6278 | 6191 | 109 | 27 | |||||
Hunt County | 2990 | 3027 | 3042 | 1 | |||||
Denton County | 731 | 796 | 103 | 9 | |||||
Johnson County | 183 | 179 | 115 | 3 |
3 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
Occupation | employed 2015 | employed 2016 | of total jobs in the industry | Typical entry-level education | Median Hourly Earnings | ||||||
Aerospace Engineers | 1773 | 1750 | 59 | Bachelors degree | $5123 | ||||||
Inspectors testers sorters samplers weighers | 1619 | 1604 | 54 | High school diploma or equivalent | $1769 | ||||||
Aircraft structure surfaces rigging and systems assemblers | 1473 | 1463 | 49 | High school diploma or equivalent | $2168 | ||||||
Machinists | 1373 | 1373 | 46 | High school diploma or equivalent | $1767 | ||||||
Aircraft mechanics and service technicians | 1280 | 1272 | 43 | Postsecondary nondegree award | $2922 | ||||||
Industrial Engineers | 1037 | 1041 | 35 | Bachelors degree | $4406 | ||||||
Total | 8555 | 8503 | 2860 |
4 THERE ARE OPPORTUNITIES TO INCREASE DIVERSITY WITHIN THE AEROSPACE INDUSTRY
bull 786 of employees in the industry are malebull 742 of employees in the industry are white
bull 103 are HispanicLatinobull 88 are African-AmericanBlackbull 55 are Asian
bull 65 of current workforce is 45+bull 312 is 55+
bull Only 327 are between 25-44
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
5 THE AEROSPACE PARTS AND PRODUCTS MANUFACTURING SECTOR IS AN ECONOMIC ENGINE
bull The industry generates economic activity and employment in key related sectors
Aerospace Parts and Products Industry Requirements
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
Purchases from | In-region Purchases | Imported Purchases | Total Purchases | ||||
Other Aircraft Parts and Auxiliary Equipment Manufacturing | $1029549802 | $221325514 | $1250875317 | ||||
Aircraft Engine and Engine Parts Manufacturing | $263367610 | $932430312 | $1195797923 | ||||
Corporate Subsidiary and Regional Managing Offices | $671589222 | $473742105 | $1145331327 | ||||
Semiconductor and Related Device Manufacturing | $378726808 | $51049985 | $429776792 | ||||
Aircraft Manufacturing | $410457951 | $6803154 | $417261105 |
1 THE TOP 10 OCCUPATIONS COMPRISE 40 OF THE AEROSPACE INDUSTRY JOBSTop 10 Aerospace Industry Occupations
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
Description | Employed (2016) | of Industry Jobs (2016) | Median $hr | Typical Entry Level Education | |||||
Aerospace Engineers | 1750 | 59 | $5123 | Bachelors degree | |||||
Inspectors Testers Sorters Samplers and Weighers | 1604 | 54 | $1769 | HS diplomaGED | |||||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1463 | 49 | $2168 | HS diplomaGED | |||||
Machinists | 1373 | 46 | $1767 | HS diplomaGED | |||||
Aircraft Mechanics and Service Technicians | 1272 | 43 | $2922 | Postsecondary nondegree award | |||||
Industrial Engineers | 1041 | 35 | $4406 | Bachelors degree | |||||
Software Developers Systems Software | 945 | 32 | $4912 | Bachelors degree | |||||
Computer-Controlled Machine Tool Operators Metal and Plastic | 888 | 30 | $1808 | HS diplomaGED | |||||
Mechanical Engineers | 870 | 29 | $4467 | Bachelors degree | |||||
Production Planning and Expediting Clerks | 747 | 25 | $2195 | HS diplomaGED | |||||
Total | 11953 | 4020 |
2 PEOPLE TRAINED FOR AEROSPACE SECTOR OCCUPATIONS CAN FIND EMPLOYMENT IN MANY SECTORS
bull Total employment in the top ten aerospace occupations across all industries in the North Texas region in 2016 was 72092
Total North Texas Employment in Top 10 Aerospace Industry Occupations
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Occupation | 2015 Jobs | 2016 Jobs | |||
Software Developers Systems Software | 14646 | 15426 | |||
Aerospace Engineers | 2841 | 2830 | |||
Industrial Engineers | 5305 | 5292 | |||
Mechanical Engineers | 5254 | 5290 | |||
Production Planning and Expediting Clerks | 10474 | 10586 | |||
Aircraft Mechanics and Service Technicians | 7554 | 7695 | |||
Aircraft Structure Surfaces Rigging and Systems Assemblers | 1614 | 1599 | |||
Computer-Controlled Machine Tool Operators Metal and Plastic | 3077 | 3035 | |||
Machinists | 7789 | 7629 | |||
Inspectors Testers Sorters Samplers and Weighers | 12839 | 12709 | |||
Total | 71394 | 72092 |
2 AEROSPACE PARTS AND PRODUCTS MANUFACTURING EMPLOYS PEOPLE IN A DIVERSE SET OF OCCUPATIONS
Top 10 Occupations in the data Top Occupations from interviews
1 Aerospace Engineers2 Inspectors testers sorters samplers
weighers3 Aircraft structure surfaces rigging and
systems assemblers4 Machinists5 Aircraft mechanics and service
technicians6 Industrial Engineers7 Software developers Systems software8 CNC Operators metal and plastic9 Mechanical engineers10 Production planning clerks
1 Engineersbull Aerospacebull Electricalbull Software amp Systemsbull Industrialbull Mechanicalbull Design
2 TechniciansService and repair3 Assemblers4 Machine operators5 Quality control (inspectors testers etc)6 Logistics and supply chain management7 Materials handler production clerks
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
AEROSPACE JOB POSTINGS ARE FAIRLY STABLE
Approximately 34000 openings for top 10 aerospace occupations in the last year
Posting intensity of 51
Concentrated in Dallas and Tarrant Counties
Of the top 10 job titles posted 9 are engineers
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
TOP 10 OCCUPATIONS COMPANIES AND JOB TITLES
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Top 10 Occupations | Top 10 companies posting | Top 10 job titles | |||
middot Software Developers Systems Software middot Aerospace Engineers middot Industrial Engineers middot Mechanical Engineers middot Production Planning and Expediting Clerks middot Aircraft Mechanics and Service Technicians middot Aircraft Structure Surfaces Rigging and Systems Assemblers middot Computer-Controlled Machine Tool Operators Metal and Plastic middot Machinists middot Inspectors Testers Sorters Samplers and Weighers | middot Lockheed middot Raytheon middot L-3 Communications middot Aerotek middot Kelly Services middot Vought Aircraft Holdings middot GENCO Distribution System middot Triumph Group middot American Airlines FCU middot Texas Instruments Inc | middot Systems Engineer middot Quality Assurance Engineer middot Software Engineer middot Mechanical Engineer middot Design Engineer middot Process Engineer middot Industrial Engineer middot Project Engineer middot Quality Inspector middot Manufacturing Engineer |
Completed
bull Airbus
bull Bell Helicopter
bull Co-Operative Industries
bull CampS Propeller
bull Elbit Systems of America
bull Lockheed Martin
bull Micropac Industries
bull SafranSagem Avionics
bull Sikorsky
bull Triumph
bull Triumph Red Oak
Scheduledbull Air Transportation Advisory
Committee (426)
TBDbull American Airlinesbull L-3 Link Simulation amp Trainingbull GDC Technicsbull Parker Hannifinbull Raytheonbull Southwest Airlinesbull Turbomecabull Wesco Aircraft
EMPLOYER INTERVIEWS
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
SPECIFIC SHORTAGES AND SKILL NEEDS
Harder to findbull Software and systems engineersbull Flight control engineersbull Engineers especially with the right experiencebull Skilled mechanicsbull FAA-certified ODA positionsbull NDINDT (non-destructive testing)bull Employees who have proper clearances in hand
Not as hard to findbull Technicians especially entry-levelbull Assemblersbull Mechanicsbull Machinistsbull Mechanical engineers especially entry-level
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
WE WOULD LIKE TO PARTNER MORE AND MORE STRATEGICALLY WITH LOCAL EDUCATION INSTITUTIONS
bull Co-ops for current college studentsbull More structuredsupported internship programsbull Apprenticeship programsbull K-12 STEM education for future pipeline
bull Some concerns about quality of program graduates from certain programs
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Completedbull NCTCOGbull TMACbull WFS Dallasbull DCCCDbull Garland Chamber of Commercebull Dallas County Manufacturers
Association
Scheduledbull Air Transportation Technical
Advisory Committeebull Region 11 CTE Directors
INTERVIEWS ndash EDUCATION TRAINING OTHER
TBDbull TCCbull UTAbull TSTCbull GISDbull FWISDbull CLCbull AIM
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
QUESTIONS
bull What surprises did you see in this databull What would you like to explore furtherbull Which companies do you partner with in these
industriesbull How do you typically work with companies in these
sectors to understand their skill and hiring needsbull What specific programs do you offer that prepare
students for jobs in these industries
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
NEXT STEPS
bull Complete employer interviewsbull Complete education and training stakeholder interviewsbull Review trainingeducation program informationbull Develop and seek feedback on recommendationsbull Write final report
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Loh-Sze LeungLeung Consulting310-850-2688lohszelohszeleungcom
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning GroupACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
Prepared forACRP
By
Energy
Commissioning
Group
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Energy Systems LaboratoryThe Texas AampM University System
Jeff S Haberl Gali Zilbershtein Juan-Carlos Baltazar Chunliu MaoAhmet Ugursal Ian Nelson Patrick Parker Bahman L Yazdani
Joseph T Martinez
NC State University
Soolyeon Cho Travis Stratakes Anjie Jiang Lining Dong
Energy Commissioning Group
Marshall Hussain
2
TRB Project Team
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Objectives
1 Create initial energy use intensity (EUI) benchmarks by gathering data to measure estimate or model energy end uses in airport passenger terminals and
2 Develop EUI profiles for energy end uses for several representative airport terminals
One of the final products of this project is a tool for developing EUI profiles of airport terminals that can assist airports in managing their energy usage
3
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Background Performance Metrics
Optimize Energy Performance
Whole Building Energy Use
Cooling System Energy Use
Chiller Efficiency
Cooling Load
Heating System Energy Use
Lighting System Energy Use
Ventilation System Energy Use
Equipment Energy Use
Are intended to explicitly represent the performance
objectives for a building project using quantitative criteria
in a dynamic structured format
Performance metrics come in a variety of forms for which
there is presently little standardization httpwwwenergycagov2003publicationsCEC-500-2003-097CEC-500-2003-097F-A02PDF
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
5
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
To specify track and maintain energy-efficiency in a building
To have a global reference of the energy consumption in an Airport Terminal Building (ATB)
It can be referenced to enplanements or
It can be referenced to conditionedgross area
6
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
7
Whatrsquos the need for Benchmarking
Study for Airport Terminal Buildings
Considerations
Size of the airport terminal building(FAA-ACAIS 2013)
Small (lt15 millions annual enplanements)
Medium (gt15 and 80lt) and
Large (gt80)
LocationClimatic Zones Cold(6) Moderate(345) and Warm(2)
Data Source Commercial Building Energy Consumption Survey
EPArsquos ENERGY STAR portfolio manager etc
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
8
EUI based on Airport Terminal Building Areas
EUI ndashCBECS Transportation
Whatrsquos the need for Benchmarking Study for Airport Terminal Buildings
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
9
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
10
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
11
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
12
Participating Sample of Airport Terminal Buildings (ATBs)
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
13
Airport Name Code CityState
Province
Airport
Size
Climate
Zone
George Bush Intctl Airport IAH Houston TX L 2
William P Hobby Airport HOU Houston TX M 2
Easterwood Airport CLL College Station TX Nonhub 2
Charlotte Douglas International Airport CLT Charlotte NC L 3
DallasFort Worth International Airport DFWDallasFort
WorthTX L 3
Newark Liberty International Airport EWR Newark NJ L 4
Portland International Airport PDX Portland OR M 4
Harrisburg International Airport MDT Middletown PA S 5
Toronto Pearson International Airport YYZ MississaugaOntario-
CanadaL 6
Burlington International Airport BTV Burlington VT S 6
Participating Sample of
Airport Terminal Buildings (ATBs)
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Participating Airports Identified on US amp Canada
I-Codes ASHRAE Climate Zones Map
14
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
15
Define Data Collection
Input Form
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
16
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food
2 Concession - Retail
3 Office
4 Transient Space
5 Ticketing Check-In
6 Departures Hold Room
7 DepartureBorder Security
8 OutboundInbound Baggage Handling
9 ArrivalsBaggage Claim
10 Service (MechElecServer)
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining Proposed EUI per Airport Terminal Building Zone
17
CBECS EUI per ATB Zone
Preliminary EUI per ATB Zone
Proposed EUI per ATB Zone
Restaurants Other Businesses Sub-metered Participating ATBs
Actual Utility Data
Other Existing EUI Sources
EPArsquos ENERGY STAR Portfolio Manager California Commercial End Use survey (CEUS)
PNNL Post Occupancy Evaluation of 22 GSA Office Buildings PNNL End-Use Load and Consumer Assessment Program (ELCAP)
Other General Information
ASHRAE Standard 105-2007 ASHRAE Standard 901-2007 Chapter 11 Energy Cost Budget California Title 24 Part 6 Performance Method ASHRAE Standard 100-2006 Arch 2030
Define EUI and EU Table
Crosscheck
Restaurants so farbull 6 Full service restaurants NCbull 4 Fast food restaurants TXbull 1 Full service restaurant TX
Sub-metered Participating ATBsbull Portland Intrsquol Airport (PDX)bull Toronto Pearson Intrsquol Airport (YYZ)
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Comparison of EUIs for Building Types from Different Sources per ATB Zone
18
No
Airport Terminal Building
Zone
CBECS Data (2003)
EPA Portfolio Manager (Using 2003 CBECS Data)
California Commercial End Use Survey - CEUS (2008)
Building Type Mean EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
Building Type Median EUI (kBtuft2-yr)
1 ConcessionFood Food Service 258 Food Sales amp Service - Fast Food
Restaurant amp Restaurant304 Food Services -
Restaurant333
2 ConcessionRetail
Enclosed Mall 102 Retail - Enclosed Mall 94 Enclosed shopping
Center - Mall80
3 Office Office 93 Office - Office 67 Office -Professional
53
4 Transient Space Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
5 TicketingCheck-In
Public Assembly 94 Public Services - Transportation
Terminal Station45 Public Assembly 72
6 DeparturesHold Room
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
7 DepartureBorder Security
Public Order amp Safety 116 Public Services - Police Station 88 NA NA
8 OutboundInbound Baggage Handling
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
9 Arrivals Baggage Claim
Public Assembly 94 Public Services - Transportation
TerminalStation45 Public Assembly 72
10 Service (Mech ElecServer) Other 164 Other - Utility (CBECS - Other) 79 Other - Unknown 89
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
EUIs Comparison between Different Sources
19
258
102 93 94 94 94116
94 94
164
304
94
6745 45 45
88
45 45
79
333
80
5372 72 72
NA
72 7289
0
100
200
300
400
Co
nce
ssio
nFo
od
Co
nce
ssio
nR
etai
l
Off
ice
Tran
sien
t Sp
ace
Tick
etin
gC
hec
k-In
De
pat
ure
sH
old
Ro
om
De
par
ture
Bo
rde
rSe
curi
ty
Ou
tbo
un
dI
nb
ou
nd
Bag
gage
Han
dlin
g
Arr
ival
s
Bag
gage
Cla
im
Serv
ice
(Me
chE
lec
Serv
er)
EU
I (k
Btu
sq
ft-yr)
Airport Terminal Building Zone
CBECS (2003)
EPA Portfolio Manager
California Commercial End Use Survey - CEUS (2003-2004)
Define EUI and EU Table
Preliminary EUI per ATB Zone
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
20
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
EUI ATB total (kBtusqft-yr) = EUI all ATB Zones total (kBtusqft-yr)
+ EUall-systems total (kBtuyr) Terminal Gross Area (sqft)
The Process of
Data Collection amp Analysis
21
Terminal Gross Area (sqft)
Airport Terminal Building (ATB) Zones Systems
Proposed EUI per Zone
(kBtusqft-yr)
Floor Area (sqft)
Energy Use(kBtuyr)
Total Energy Use Index
(kBtusqft-yr)
ATB
Zo
ne
s
1 Concession - Food 2583
2 Concession - Retail 739
3 Office 929
4 Transient Space 939
5 Ticketing Check-In 939
6 Departures Hold Room 939
7 DepartureBorder Security 1158
8 OutboundInbound Baggage Handling 939
9 ArrivalsBaggage Claim 939
10 Service (MechElecServer) 1644
Subtotal for all ATB Zones
ATB
Sys
tem
s
11 People Movers Escalators Elevators
12 Baggage Handling Systems
13 Alternative Systems (Ground Power amp PCA Power)
14 Airport Ground Support Equipment (GSE) Electricity Use
15 External Lighting Parking Lighting
Subtotal for all ATB Systems
Total for ATB Zones amp Systems
Total for ATB based on Utility Bills
ATB EUI Table
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Defining EU per Airport Terminal Building System
22
Parameters of Each System
EU per ATB System
Hours of Operation per Year for Each System
CalculateEnergy for Each Hour of Use
per System in kBTUs
EUall-systems total = EUescalator-total + EUpeople-mover-total
+ EUbaggage handling-total + EUelevator-total
+ EUalternative systems-total + EUground support equipment-total
+ EUexterior lighting
+ EUother
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators People Movers (Moving Walkways) and Baggage Handling Systems in ATB
23
Collect Information
Modeactive Modestandby
PowerDrawunit-active (kW) PowerDrawunit-standby (kW)
TIMactive (hrday) TIMstandby (hrday)
365(dayyr) 365(dayyr)
EUunit-single (kWhyr)
units
3412 (kBtukWh)
EUunit-total (kBtuyr)
Calculate Total EU for Units in ATB
Calculate EU for a Single Unit
EUunit-active EUunit-standby TIMactive TIMstandby units
EUunit-single (kWhyr)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Escalators in the ATB
24
EUescalator-total = (EUescalator-active x TIMactive x 365) + (EUescalator-standby x TIMstandby x 365) x units x 3412
Where
EUescalator-total = Annual electricity use of all units in the ATB (kBtuyr)EUescalator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUescalator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Escalators in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for People Movers in the ATB
25
EUpeople mover-total = (EUpeople mover-active x TIMactive x 365) + (EUpeople mover-standby x TIMstandby x 365) x units x 3412
Where
EUpeople mover-total = Annual electricity use of all units in the ATB (kBtuyr)EUpeople mover-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUpeople mover-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Baggage Handling Systems in the ATB
26
EUbaggage handling-total = (EUbaggage handling-active x TIMactive x 365) + (EUbaggage handling-standby x TIMstandby x 365) x units x 3412
Where
EUbaggage handling-total = Annual electricity use of all units in the ATB (kBtuyr)EUbaggage handling-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUbaggage handling-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of Units in Airport Terminal Building1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Collect InformationEUelevator-active EUelevator-ready EUelevator-standby TIMactive TIMready TIMstandby units
EUelevator-single (kWhyr)
ModereadyModeactive Modestandby
PowerDrawready (kW)PowerDrawactive (kW) PowerDrawstandby (kW)
TIMready (hrday)TIMactive (hrday) TIMstandby (hrday)
365(dayyr)365(dayyr) 365(dayyr)
Calculate EU for a Single Unit
Calculate Total EU for Units in ATB
EUelevator-total (kBtuyr)
EUelevator-single (kWhyr)
units
3412 (kBtukWh)
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
27
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU for Elevators in ATB
28
EUelevator-total = (EUelevator-active x TIMactive x 365) + (EUelevator-ready x TIMready x 365) + (EUelevator-standby x TIMstandby x 365) x units x 3412
Where
EUelevator-total = Annual electrical energy use of all elevators in the ATB (kBtuyr)EUelevator-active = Power Draw per Unit in mode active (kW)TIMactive = Time in mode active (hrday)EUelevator-ready = Power Draw per Unit in mode ready (kW)TIMready = Time in mode ready (hrday)EUelevator-standby = Power Draw per Unit in mode standby (kW)TIMstandby = Time in mode standby (hrday)units = Number of elevator Units in the ATB1 kWh = 3412 kBtu
Define EUI and EU Table
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Determine Airport Alternative System Type
Collect Information LTO Cycles Aircraft Type of gates covered by each system (fi)
Central System w Airport BoilersCentral SystemPOU System
Aircraft Category
Aircraft APU Mode(Gate In amp Gate Out)
Cooling (kW)
Heating (kW)
Ground Power (kW) Ground Power (kW)
Cooling (kW)
Heating (kW)
Heating (kBtuhr)
Determine System Electricity Requirements Determine TIM
Determine Alternative System Ground Power and PCA Power SettingsCold Conditions
(25)
Gate In Gate Out
Ground Power amp Heat
Neutral Conditions(50)
Ground Power
Gate In Gate Out
Hot Conditions(25)
Ground Power amp Cool
Gate In Gate Out
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
29
Calculate Total Energy Use (kBtuyr)
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Alternative Systems in ATB
30
3 5 5 5
1 1 1 1
Alternative systems-total ground power heating coolingEU EU EU x25 EU x25 x fi
i j j j
3 5 5 5
1 1 1 1
Alternative systems-total Cold Conditions Neutral Conditions Hot ConditionsEU EU x25 EU x50 EU x25 x fi
i j j j
WhereEUAlternative systems-total = Annual electrical EU of all Alternative System units in the ATB (kBtuyr)EUCold Conditions = EUground power + EUheating
EUNeutral Conditions = EUground power
EUHot Conditions = EUground power + EUcooling
i = 123 representing three alternative system types including POU system Central system and Central system with Airport Boilers
j = 12345 representing up to five aircraft types including narrow body wide body jumbo-wide body regional jet and turbo prop
fi = Percentage of gates using this system to deliver ground power heating and cooling
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Ground Support Equipment (GSE) in ATB
31
1
) Ground Support Equipment active Standby standbyEU (GSx TIM EU x TIM x 365 x3 412N
k
Where
EUGround Support Equipment = Annual energy use of the ground support equipment (kBtuyr)GS = Ground Support power (kW)TIMactive = Time in mode active (hrday)EUStandby = Electric power in standby mode (kW)TIMstandby= Time in mode standby (hrday)k=12hellipN representing N types of ground support equipment
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Calculating Total Annual EU of Exterior Lighting
32
EUexterior lighting = EUexposed lighting + EUcovered lighting
Where
EUexposed lighting (kBtu) = (LPD1000) x A ft2 x 12 hrday x 365 dayyr x 3412 kBtukWh
EUcovered lighting (kBtu) = (LPD1000) x A ft2 x 24 hrday x 365 dayyr x 3412 kBtukWh
Where
LPD = Lighting Power Density (Wft2)A= Area illuminated (ft2)
Define EUI and EU Table
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
The Process of Data Analysis amp Development of EUI Benchmarks
33
Define Data Collection
Input Form
Airport 1
Airport 2
Airport 3
Airport 4
Airport 5
Airport 6
Airport 7
Airport 8
Airport 9
Airport 10
ATB Systems
People Movers Escalators Elevators Baggage Handling System Alternative Systems (Ground Power
amp PCA Power) Ground Support Equipment (GSE) Exterior Lighting
Concession - Food Concession - Retail
Office Transient Space
Ticketing Check-In Departures Hold Room
DepartureBorder Security Baggage Handling
ArrivalsBaggage Claim Service (MechElecServer)
Define EUI and EU Table bull Proposed EUI per ATB Zonebull Proposed EU per ATB System
Apply Data Collection amp Table Analysis to Participating ATBs
Define Representative Airport Terminal Building
Compare amp Crosscheck Results
ATB Zones
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
ATB Zones EUI across Participating ATBs
34
Compare amp Crosscheck Results
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
The Process of
Data Collection amp Analysis
Total EUI for the ATB based on Utility Bills amp Subtotal EUI for all ATB Zones across Participating ATBs
35
Compare amp Crosscheck Results
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
36
Benchmarking
Tool
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
37
Prototype System Diagram
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Input Form
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Input Form
39
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Input Form
40
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Input Form
41
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Input Form
42
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Input Form
43
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Input Form
44
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
Input Form
45
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group
46
Benchmarking
Tool
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Energy Commissioning Group ACRP 09-10
BENCHMARKING AND PROFILING AIRPORT
TERMINAL ENERGY END USES
QUESTIONS
Juan-Carlos Baltazar - jcbaltazartamuedu
Jeff Haberl ndash jhaberltamuedu
Soolyeon Cho - soolyeon_choncsuedu
Energy
Commissioning
Group
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Air Transportation Advisory Committee
UAS Model Ordinance UpdateErnest HuffmanApril 26 2017
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Ordinance Key PointsThe following requirements must be met to be eligible to receive permission to take of or land outside of a designated Airpark Zone
ndash Must be Part 107 certificated andorndash 333 exempted operator andorndash Part 101 certificated andorndash Have a COA (Certificate of Waiver or Authorization) with the FAA
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Ordinance Key Points contrsquodbull No UAS shall be operated in any manner while equipped with a weapon
of any kind
bull No person shall capture or store any image using an unmanned aircraft which is in violation of Texas Privacy Act (HB 912) as amended
bull Prior to their use within 2 miles the noise footprint or controlled airspace whichever is greater for any military installation with flight operations requires correspondence with the Operations Officer andor Community Planning Liaison Officer of the installation Commanding Officerrsquos staff
bull All UAS shall be registered in accordance with FAA policy and guidance prior to operation Proof of FAA registration shall be provided by the PIC of any UAS upon request by law enforcement
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Other Considerationsbull Designated airparks will be chosen by municipalitiescities
bull Try to use existing parksinfrastructure
bull Provide training to law enforcement
bull Consider creating a permitting system to allow UAS-related businesses to operate over congested areas (people automobile traffic etc)
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
August 2017Final JLUS UAS Model Ordinance Draft
71317RTC (Action)
62317STTC (Action)
6817RTC (Information only)
52617STTC (Information only)
42717ATAC
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
2017 LEGISLATIVE SESSION UPDATE
Air Transportation Advisory CommitteeApril 26 2017
Rebekah HernandezNorth Central Texas Council of Governments
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Dates of InterestNovember 14 ndash Bill Filing Began
January 10 ndash First Day of Session
March 10 ndash Bill Filing Deadline
May 8 ndash Last Day for House Committees to Report House Bills
May 29 ndash Last Day of Session Sine Die
June 18 ndash Last Day Governor can Veto Bills
2
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Unmanned AircraftHB 106 SB 838 SB 839 SB 840
bull AllowingProhibiting Certain Images Captured
HB 638 SB 395 HB 1643 SB 1319 SB 523 SB 901 HB 1424
bull Prohibiting Operation Over Certain Facilities Correctional Facilities Sporting Events Animal Feeding Areas
HB 3238
bull Regulating Unmanned Aircrafts by Political Subdivisions
3
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Aviation - TxDOTSB 1522 HB 3591bull Allow the TX Transportation Commission to Set the Number
of Members of TX Aviation Advisory Committee
SB 312 HB 3207
bull TxDOT Sunset Bill Aircraft Fleet Use of Planes
HB 3951bull Functions of TxDOT Relating to Aircraft Owned or Leased by
the State Authorizing an Increase in Rates Charged for the Use of State Aircraft
4
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Military InstallationsReal Estate Disclosure
bull HB 797 HB 890 SB 775 Providing Information to Purchasers of Property Regarding the Impact of Military Installations
Land Use
bull HB 445 SB 277 Eligibility of Property for Tax Incentives Related to Wind Turbines
bull HB 1105 Granting Municipalities the Authority to Adopt Development Regulations Around Certain Military Facilities
bull HB 3701 Notification Requirements for Proposed Regulations and Structures in an Area Near a Military Facility
5
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Whatrsquos NextRush to Meet Deadlines
bull 1 Month Remainingbull Committees Meeting Twice per Weekbull House and Senate Floor Debate Monday-Fridaybull Finalize State Budget by May 28bull Special Session
6
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
Questions
Rebekah HernandezCommunications Coordinator
rhernandeznctcogorg(817) 704-2545
wwwnctcogorgtranslegislative
7
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