Final Energy Audit Report - Amazon S3Falls+Final+En… · 2.4 EMS South ... 4‐8 4.2.3 Public Works Building ..... 4‐10 4.2.4 EMS South ... Specifically, the use of solar electric

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Borough of Tinton Falls August 24, 2012

Final Energy Audit Report

Table of Contents

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Table of Contents

Executive Summary

Section 1 – Introduction 1.1 General .............................................................................................................................. 11 1.2 Background ...................................................................................................................... 12 1.3 Purpose and Scope ........................................................................................................ 12

Section 2 – Facility Description 2.1 Tinton Falls Borough Hall ........................................................................................... 21

2.1.1 Description of Building Envelope ................................................................................. 2‐1 2.1.2 Description of Building HVAC......................................................................................... 2‐1 2.1.3 Description of Building Lighting ................................................................................... 2‐2

2.2 Library ............................................................................................................................... 22 2.2.1 Description of Building Envelope ................................................................................. 2‐2 2.2.2 Description of Building HVAC......................................................................................... 2‐2 2.2.3 Description of Building Lighting ................................................................................... 2‐3

2.3 Public Works Building ................................................................................................. 23 2.3.1 Description of Building Envelope ................................................................................. 2‐3 2.3.2 Description of Building HVAC......................................................................................... 2‐3 2.3.3 Description of Building Lighting ................................................................................... 2‐3

2.4 EMS South ......................................................................................................................... 23 2.4.1 Description of Building Envelope ................................................................................. 2‐3 2.4.2 Description of Building HVAC......................................................................................... 2‐4 2.4.3 Description of Building Lighting ................................................................................... 2‐4

2.5 Pump Stations ................................................................................................................. 24 2.5.1 Sherwsbury Avenue ............................................................................................................ 2‐4 2.5.2 Woodland Manor .................................................................................................................. 2‐4 2.5.3 Tinton Green Estates .......................................................................................................... 2‐4 2.5.4 Riveredge Road ..................................................................................................................... 2‐4 2.5.5 Hance Avenue ........................................................................................................................ 2‐5 2.5.6 Heritage Boulevard ............................................................................................................. 2‐5 2.5.7 Tinton Avenue ....................................................................................................................... 2‐5 2.5.8 Leland Terrace ...................................................................................................................... 2‐5 2.5.9 Sam Drive................................................................................................................................. 2‐5 2.5.10 Nutmeg Court ...................................................................................................................... 2‐5 2.5.11 Squankum Road ................................................................................................................. 2‐5 2.5.12 Jumping Brook .................................................................................................................... 2‐5 2.5.13 Wardell Road ....................................................................................................................... 2‐5

Borough of Tinton Falls Draft Energy Audit Report

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Section 3 – Baseline Energy Use 3.1 Utility Data Analysis ...................................................................................................... 31

3.1.1 Electric Charges .................................................................................................................... 3‐1 3.2 Facility Results ................................................................................................................ 32

3.2.1 Tinton Falls Borough Hall ................................................................................................ 3‐2 3.2.2 Library ...................................................................................................................................... 3‐3 3.2.3 Public Works Building ....................................................................................................... 3‐5 3.2.4 EMS South ................................................................................................................................ 3‐7 3.2.5 Shrewsbury Avenue Pump Station............................................................................... 3‐8 3.2.6 Woodland Manor Pump Station .................................................................................... 3‐9 3.2.7 Tinton Greens Estates Pump Station ........................................................................ 3‐11 3.2.8 Riveredge Road Pump Station ..................................................................................... 3‐12 3.2.9 Hance Avenue Pump Station ........................................................................................ 3‐13 3.2.10 Heritage Boulevard Pump Station .......................................................................... 3‐14 3.2.11 Tinton Avenue Pump Station .................................................................................... 3‐15 3.2.12 Leland Terrace Pump Station ................................................................................... 3‐17 3.2.13 Sam Drive Pump Station ............................................................................................. 3‐18 3.2.14 Nutmeg Court Pump Station ...................................................................................... 3‐19 3.2.15 Squankum Road Pump Station ................................................................................. 3‐20 3.2.16 Jumping Brook Pump Station .................................................................................... 3‐22 3.2.17 Wardell Road Pump Station ...................................................................................... 3‐23

3.3 Aggregate Costs ........................................................................................................... 324 3.4 Portfolio Manager ....................................................................................................... 325

3.4.1 Portfolio Manager Overview ........................................................................................ 3‐25 3.4.2 Energy Performance Rating ......................................................................................... 3‐25 3.4.3 Portfolio Manager Account Information ................................................................. 3‐25

Section 4 – Energy Conservation and Retrofit Measures (ECRM) 4.1 Building Lighting Systems ........................................................................................... 42 4.2 HVAC ................................................................................................................................. 44

4.2.1 Tinton Falls Borough Hall ................................................................................................ 4‐4 4.2.2 Library ...................................................................................................................................... 4‐8 4.2.3 Public Works Building .................................................................................................... 4‐10 4.2.4 EMS South ............................................................................................................................. 4‐11 4.2.5 Pump Stations ..................................................................................................................... 4‐12

4.3 Alternative Energy Sources ..................................................................................... 413 4.3.1 Photovoltaic Solar Energy System Overview ....................................................... 4‐13

4.3.1.1 Basis for Design and Calculations .................................................................. 4‐15 4.3.2 Geothermal Energy .......................................................................................................... 4‐17 4.3.3 On‐Site Wind Power Generation ................................................................................ 4‐17 4.3.4 Motor Upgrades ................................................................................................................. 4‐18 4.3.5 Additional Measures ........................................................................................................ 4‐21

Section 5 – Evaluation of Energy Purchasing and Procurement Strategies 5.1 Energy Deregulation ..................................................................................................... 51 5.2 Demand Response Program ....................................................................................... 52

Borough of Tinton Falls Draft Energy Audit Report

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Section 6 – Ranking of Energy Conservation and Retrofit Measures (ECRM) 6.1 ECRMs ................................................................................................................................ 61

6.1.1 Lighting Systems .................................................................................................................. 6‐1 6.1.2 HVAC Systems........................................................................................................................ 6‐2 6.1.3 Solar Energy ........................................................................................................................... 6‐2 6.1.4 Wind Energy ........................................................................................................................... 6‐3 6.1.5 Motor Upgrades and VFD Additions ............................................................................ 6‐3

Section 7 – Grants, Incentives and Funding Sources 7.1 Renewable Energy ......................................................................................................... 71

7.1.1 Renewable Energy Certificates (NJ BPU) .................................................................. 7‐1 7.1.2 Clean Energy Solutions Capital Improvement Loan/Grant (NJ EDA) ................................................................................................................................... 7‐1 7.1.3 Renewable Energy Incentive Program (NJ BPU) ................................................... 7‐1 7.1.4 Grid Connected Renewables Program (NJ BPU) .................................................... 7‐1 7.1.5 Utility Financing Programs .............................................................................................. 7‐2 7.1.6 Renewable Energy Manufacturing Incentive (NJ BPU) ....................................... 7‐2 7.1.7 Clean Renewable Energy Bonds (IRS) ........................................................................ 7‐2 7.1.8 Qualified Energy Conservation Bonds (IRS) ............................................................ 7‐2 7.1.9 Global Climate Change Mitigation Incentive Fund (US EDA) ........................... 7‐2 7.1.10 Private Tax‐Exempt Financing .................................................................................... 7‐2 7.1.11 Performance Based Contracts (ESCOs) ................................................................... 7‐3 7.1.12 Power Purchase Agreements (SPCs) ........................................................................ 7‐3

7.2 Energy Efficiency ............................................................................................................ 74 7.2.1 Introduction ........................................................................................................................... 7‐4 7.2.2 New Jersey Smart Start Buildings Program (NJ BPU) .......................................... 7‐4 7.2.3 Pay for Performance Program (NJ BPU) .................................................................... 7‐4 7.2.4 Direct Install (NJ BPU) ....................................................................................................... 7‐4

Appendices

Appendix A Utility Bill Information Appendix B Statement of Energy Performance Summary Sheets Appendix C eQuest Model Run Summaries Appendix D Lighting Spreadsheets Appendix E Solar Energy Financing Worksheet Appendix F New Jersey Smart Start Incentive Worksheets Appendix G Engineer’s Opinion of Probable Construction Costs Appendix H ECRM Financial Analyses Appendix I WinCAD Models Appendix J Wind Financial Calculations Appendix K Motor Upgrades Appendix L Wind Turbine Manufacturer Information

Executive Summary

ES‐1

Executive Summary

As part of an initiative to reduce energy cost and consumption, The Borough of Tinton Falls (Borough) has secured the services of Camp Dresser and McKee (CDM) to perform an energy audit for 17 facilities. These facilities are owned and operated by the Borough. The audit represents an effort to develop comprehensive Energy Conservation and Retrofit Measures (ECRMs).

CDM’s energy audit team visited the facilities February 4, 2011 and December 21, 2011. As a result of the site visit and evaluation of the historical energy usage of the facilities, CDM successfully identified opportunities for energy savings.

CDM has also evaluated the potential for renewable energy technologies. These technologies would be implemented at the Borough’s facilities to offset the electrical energy usage. Specifically, the use of solar electric photovoltaic panels, ground source heat pumps and wind turbines were investigated.

Potential energy cost savings may be available for the Borough through the use of a third party electric or gas supplier. Additionally, there is potential for the Borough to make money by participation in a Demand Response Program, as discussed in Section 5.2.

Not all ECRMs identified as a result of the energy audit are recommended. ECRMs must be economically feasible to be recommended to the Borough for implementation. The feasibility of each ECRM was measured through a simple payback analysis. The simple payback period was determined after establishing Engineer’s Opinion of Probable Construction Cost estimates, Operation and Maintenance (O&M) cost estimates, projected annual energy savings estimates, and the potential value of New Jersey Clean Energy rebates, or Renewable Energy Credits, if applicable. ECRMs with a payback period of 20 years or less can be recommended.

Historical Energy Usage The following table, Table ES‐1, summarizes the historical energy usage at each of the Borough’s facilities as presented in Section 3. The data in Table ES‐1 has been taken from the facility data forms, provided by the Borough. These values can serve as a bench‐marking tool. The building profiles have been established through the EPA’s Portfolio Manager Program. This software quantifies the reduction in electrical energy and natural gas usage following the implementation of the recommended ECRMs.

Executive Summary

ES‐2

Table ES‐1

Summary of Annual Energy Usage & Cost

Electrical Energy Use (kWh)

Peak Summer Demand (kW)

Peak Winter Demand (kW)

Fuel Use for Entire Building (therms)

Cost for Electric Service

Cost for Fuel

Tinton Falls Borough Hall 784,000 167.0 130.7 19,475 $118,971 $27,560

Library 42,854 19.6 19.1 5,961 $7,256 $7,137

Public Works Building 185,040 76.5 56.0 12,449 $30,301 $15,629

EMS South 46,737 22.0 22.0 3,357 $7,735 $4,396

Shrewsbury Avenue Pump Station 37,168 18.7 18.9 ‐ $6,366 ‐

Woodland Manor Pump Station 13,227 1.0 1.0 ‐ $2,250 ‐

Tinton Green Estates Pump Station 17,610 14.1 14.1 ‐ $3,645 ‐

Riveredge Road Pump Station 13,404 6.8 6.5 ‐ $2,556 ‐

Hance Avenue Pump Station 48,011 25.5 25.5 ‐ $8,610 ‐

Heritage Boulevard Pump Station 12,314 6.5 6.5 ‐ $2,487

Tinton Avenue Pump Station 32,622 21.6 21.6 ‐ $6,064 ‐

Leland Terrace Pump Station 11,530 ‐ ‐ ‐ $2,383 ‐

Sam Drive Pump Station 16,047 ‐ ‐ 40 $7,340 $478

Nutmeg Court Pump Station 2,958 ‐ ‐ ‐ $634 ‐

Squankum Road Pump Station 7,950 5.3 5.3 ‐ $1,736 ‐

Jumping Brook Pump Station 107,600 48.2 48.2 ‐ $18,309 ‐

Wardell Road Pump Station 20,334 14.3 14.3 ‐ $4,096 ‐

Recommended ECRMs

The following Table ES‐2 presents the ranking of recommended ECRMs identified for the building lighting and HVAC systems based on the simple payback analysis.

Additional ECRMs associated with the building envelope and other miscellaneous appliances were identified and evaluated, as discussed in Sections 2 and 4. However, they are not recommended due to longer payback periods. This table includes the Engineer’s Opinion of Probable Construction Cost, projected annual energy cost savings, projected annual energy usage savings, and total simple payback period for each recommended ECRM. The ECRMs are ranked based on payback period.

Table ES‐21

Ranking of Energy Savings Measures Summary Overall Ranking (Based on Simple Payback)

Facility Measure

Total Cost Energy Savings Annual Fiscal

Savings2 Simple Payback

(Years)

1 EMS South Lighting Upgrades

$14,096.10 46,688 kWh $8,403.90 1.6

2 Sam Drive Pump Station Lighting Upgrades

$264.50 520 kWh $98.70 1.7

Executive Summary

ES‐3

Table ES‐21

Ranking of Energy Savings Measures Summary Overall Ranking (Based on Simple Payback)

Facility Measure

Total Cost Energy Savings Annual Fiscal

Savings2 Simple Payback

(Years)

3 Hance Avenue Pump Station Lighting Upgrades

$71.90 50.9 kWh $0.00 2.0

4 Shrewsbury Avenue Pump Station Lighting Upgrades

$71.90 50.9 kWh $9.20 2.0

5 Public Works Building Lighting Upgrades

$40,178.40 99,089 kWh $16,845.10 2.3

6 Tinton Avenue Pump Station Lighting Upgrades

$837.10 1,094 kWh $207.90 3.1

7 Library ‐ Interior Lighting Upgrades

$4,014.90 5,624 kWh $956.00 4.0

8 Jumping Brook Pump Station Lighting Upgrades

$759.40 962 kWh $163.50 4.0

9 Tinton Falls Borough Hall Lighting Upgrades

$88,888.10 118,843 kWh $19,014.90 4.6

1. Engineers Probable Construction Cost takes into account any applicable rebates. 2. Annual Fiscal Savings takes into account additional O&M cost or savings associated with the measure.

Renewable Energy Technologies

Solar Energy

Section 4 of the report provides for an economic evaluation of a photovoltaic solar energy system recommended to be installed at several of the Borough facilities. The evaluation covered the economic feasibility of the Borough installing a photovoltaic solar energy system under a typical construction contract and to assume full responsibility of the operation of such a system.

Based on a simple payback model, summarized in Table ES‐3, it would not benefit the Borough to further investigate the installation of a solar energy systems. This is primarily based on the initial upfront capital investment required for a solar energy system installation and the 26.6 year payback period. This payback period may justify installing the solar energy system. Other options such as Power Purchase Agreements are potentially available as well to help finance the project. Solar electric technology is constantly changing and will most likely continue to lower in price.

Two major factors influencing the project financial evaluation is the variance of the prevailing energy market conditions and Solar Renewable Energy Credit (SREC) rates, with the largest impact to the payback model being the SREC credit pricing. For the payback model, conservative estimates of the SREC’s market value over a 25 year period were assumed, as discussed in Section 4.

Table ES‐3 includes a simple payback analysis for the installation of a solar energy system at the identified Borough buildings.

Executive Summary

ES‐4

Table ES‐3

Simple Payback Analysis for Solar Energy Systems

Estimated Budgetary Project Cost $4,145,313

1st Year Production 393,853 kWh

Annual Electric Savings $67,099

Annual Estimated SREC Revenue $88,617

Project Simple Payback 26.6

Wind Power Generation

Section 4 of the report provides for an economic evaluation of a wind turbine energy system recommended to be installed at the Borough’s facilities. The evaluation covered the economic feasibility of providing a wind turbine energy system under a typical construction contract and to assume full responsibility of the operation of such a system.

CDM completed a preliminary desktop wind power production analysis and has concluded that an additional on‐site feasibility study is warranted and recommended. Such a feasibility study would include the installation of a wind test rig to measure actual wind conditions as observed on‐site.

Wind power as a renewable energy source also qualifies for Renewable Energy Certificates (REC’s). The prevailing energy market, Renewable Energy Incentive Program (REIP) and REC’s comprise the major factors influencing a wind turbine energy system installation. Other options, such as government bonds or a Power Purchase Agreement are potentially available and can assist with the financing of this project.

Table ES‐4 includes a typical simple payback analysis for the installation of a wind turbine energy system located in the Borough. Refer to Appendix K for a more detailed wind energy financing spreadsheet.

Table ES‐4

Ranking of Energy Savings Measures Summary – Wind Turbine Energy System

Parameter Wind Turbine

(Minimum Site Wind Speed – 4.36 mph)

Wind Turbine (Maximum Site Wind Speed – 6.3 mph)

Wind Turbine (Average Site Wind Speed – 5.41 mph)

Engineer’s Opinion of Probable Cost $450,000 $450,000 $450,000

Renewable Energy Incentive Program ** ($80,403) ($120,374) ($103,254)

Total Cost $369,597 $329,626 $346,746

1st Year Production 74,405 154,347 120,107

Annual Estimated Electric Savings $11,905 $24,696 $19,217

Annual Estimated REC Revenue $1,860 $3,859 $3,003

Project Simple Payback (Years) 26.9 years 11.5 years 15.6 years

** REIP incentive is calculated for only the first year and is applied as a deduction.

Executive Summary

ES‐5

Motor Upgrades

Section 4 of the report provides for an economic evaluation of upgrading motors to various process pumping systems located throughout the Borough’s facilities.

Table ES‐5 includes a typical simple payback analysis for the installation of motors at the Borough’s facilities. Refer to Appendix K for a more detailed motors financing spreadsheet.

Table ES‐5

Ranking of Energy Savings Measures Summary – Motor Upgrades

Site Engineers Opinion of Probable Cost

Annual Energy Savings

Energy Savings (kWh)

Simple Payback (Years)

Wardell Road Pump Station $3,865.13 $549.59 2,748 7.0

Squankum Road Pump Station $6,398.63 $860.33 3,911 7.4

Jumping Brook Pump Station $10,152.38 $1,257.43 7,397 8.1

Riveredge Pump Station $1,780.88 $217.83 1,037 8.2

Woodland Manor Pump Station $1,780.88 $197.09 1,037 9.0

Recommended ECRMs

There are few recommended HVAC or architectural energy improvements. This is primarily due to the new buildings and some new equipment. The facilities have some opportunities for control adjustments. The pump houses had many different thermostat set points. These set points are frequently adjusted by staff during infrequent visits. These should be checked multiple times a year to verify that they are at the lowest acceptable setting. The various buildings also have different requirements which dictate different temperature set points.

The Borough Hall has some mechanical cooling in the shoulder seasons. Optimizing the building control system could reduce the need to mechanically cool the spaces by adjusting the discharge air temperatures and the outdoor air rates.

Table ES‐6

Ranking of Energy Savings Measures Summary

Overall Ranking (Based on Simple

Payback)

Facility Total Cost Energy Savings

Annual Fiscal

Savings2


Measure

1

Borough Hall

$8,000

1,121 Therms

$1,659 4.8 HVAC Controls 2,390 kWh

Section 1

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Section 1 Introduction

1.1 General As part of an initiative to reduce energy cost and consumption, The Borough of Tinton Falls has secured the services of Camp Dresser and McKee (CDM) to perform an energy audit at 17 facilities. This is an effort to develop comprehensive energy conservation initiatives.

The performance of an Energy Audit requires a coordinated phased approach to identify, evaluate and recommend energy conservation and retrofit measures (ECRM). The various phases conducted under this Energy Audit included the following:

Gather preliminary data on all facilities;

Facility inspection;

Identify and evaluate potential ECRMs and evaluate renewable/distributed energy measures;

Develop the energy audit report.

Figure 1‐1 is a schematic representation of the phases utilized by CDM to prepare the Energy Audit Report.

Figure 1‐1: Energy Audit Phases


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1.2 Background The facilities that were included in the energy audit for the Borough hall, Library, Public works building, EMS south and the pump stations.

The Tinton Falls Borough Hall was constructed in 2006 and is approximately 53,000 square feet. The police station is continuously occupied by up to 40 people. The borough offices and recreation department are normally occupied from 7am to 11pm by 100 occupants.

The library was constructed around 1945 and is approximately 7,500 square feet. It is normally occupied from 9am to 9pm 6 days a week by about 10 people.

The Public Works Building was constructed in 2003 and is approximately 24,750 square feet. It is normally occupied during business hours during the summer and more during the winter by 40 people.

The EMS South was constructed in 1999 and is approximately 5,650 square feet. It is normally occupied continuously by 4 occupants.

The Shrewsbury Avenue Pump Station is approximately 155 square feet. It rarely occupied.

The Woodland Manor Pump Station does not have any structure above grade.

The Tinton Green Estates Pump Station is approximately 155 square feet. It rarely occupied.

The Riveredge Road Pump Station does not have any structure above grade.

The Hance Avenue Pump Station is approximately 220 square feet. It rarely occupied.

The Heritage Boulevard Pump Station does not have any structure above grade.

The Tinton Avenue Pump Station is approximately 200 square feet. It rarely occupied.

The Leland Terrace Pump Station is approximately 25 square feet. It rarely occupied.

The Sam Drive Pump Station is approximately 154 square feet. It rarely occupied.

The Nutmeg Court Pump Station does not have any structure above grade.

The Squankum Road Pump Station does not have any structure above grade.

The Jumping Brook Pump Station is approximately 209 square feet. It rarely occupied.

The Wardell Road Pump Station is only an outdoor generator. The remainder is below grade.

1.3 Purpose and Scope The objective of the energy audit is to identify energy conservation and retrofit measures to reduce energy usage. This develops an economic basis to financially validate the planning and implementation of identified energy conservation and retrofit measures.

Significant energy savings may be available with retrofits to the heating and cooling systems and lighting systems. It should be noted that the magnitude of energy savings available is not only dependent on the type of heating, lighting or insulation systems in use. Energy savings also depends on the age and condition


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of the equipment and the capital available to implement major changes. The rising cost of power and the desire to minimize dependence on foreign oil supplies has made energy consumption a higher priority. Feasible alternatives for reducing energy consumption and operating costs must be evaluated on a case‐by‐case basis.

The purpose of this energy audit is to identify the various critical building comfort systems that are major consumers of electrical energy and are clear candidates for energy savings measures. In addition, potential energy producing systems such as solar electric, ground source heat pumps, and wind energy systems are also evaluated. A discussion on these technologies is included in Section 4 Energy Conservation and Retrofit Measures (ECRM).

In addition to identifying ECRMs and the potential for on‐site energy generation, there is potential for further energy cost savings through the use of a third party energy supplier and participation in a Demand Response Program. This is discussed further in Section 5.

Section 2

2‐1

Section 2 Facility Description

2.1 Tinton Falls Borough Hall 2.1.1 Description of Building Envelope

The energy audit included an evaluation of the building’s envelope (exterior shell) to determine the components’ effective R‐values to be utilized in the building model and to locate and fix any thermal weaknesses that may be present. The components of a building envelope include the exterior walls, foundation and roof. The construction and material, age and general condition of these components, including exterior windows and doors, impact the building’s energy use.

The Borough hall was built in 2006. The building totals 53,000 square feet of conditioned space. The building houses the public offices, the police station and mayor’s office. The majority of the building operates from about 7AM to 5 PM. The building remains in occupied set points till 11PM week days. The police station remains open continuously.

The building is a 2 story building with a full basement. The above grade structure is steel with artificial shake exterior cladding. The exterior walls are steel studs insulated with fiberglass blankets and gypsum wall board interior. The exterior walls and roof deck are sealed with expanding spray foam. The floors are poured concrete.

The windows are operable, double hung double pane glazing with wood frames. The building occupants reported that they very rarely open the windows.

The building envelope is in good condition. The building penetrations are well sealed, and well insulated. The envelope thermal weakness is the thermal bridging of the steel building components. A thermal bridge provides a low resistance path for energy to travel. The conductivity of the metal studs reduces the wall insulation value by as much as half when compared to wood studs.

2.1.2 Description of Building HVAC

The building is conditioned by multiple air handlers. The air handlers have hot water preheat and zone reheats. The zone reheats are controlled by local thermostats. The air handler discharge temperature is controlled by the building control system. The heating water is produced by a pair of condensing boilers. Each boiler is a Fulton PulsePack PH‐1400 rated at 1,400 MBH input (X MBH = 1,000 BTU/Hr).

The domestic hot water is generated by a Lochinvar EM250PW. This boiler is rated at 250 MBH input and feeds a 200 gallon storage tank. The building has a mixing valve to reduce the distribution temperature to 115°F. The domestic hot water circulation pump is controlled by an aquastat.


2‐2

The building is cooled by dx coils in the air handlers. Each air handler is paired with an air cooled outdoor condensing unit. The units are typically York condensing units. The building also has 2 Liebert split systems, which serve the document vault and the Police data center. The building requires cooling even during the shoulder seasons. The units have outdoor air economizers which use outdoor air to cool with out mechanical cooling. The mechanical cooling system was activated during the site visit in December.

The building is controlled by a central DDC system. The system is being upgraded to address failing unit controls. The controls adjust the boiler supply temperature, schedule space temperature, and adjust unit set points.

2.1.3 Description of Building Lighting

This building’s existing lighting system consists of 2X2 (2 lamp), 1X4 (1, 2, and 3 lamp), 2X4 (2 and 4 lamp) T8 linear fluorescent fixtures with electronic ballasts, 1X4 (2 lamp) T12 linear fluorescent fixtures with magnetic ballasts, incandescent, and high intensity discharge (HID) fixtures. Refer to Section 4 for a more detailed description.

2.2 Library 2.2.1 Description of Building Envelope

The building is approximately 50 years old. The building totals about 7,500 square feet. The building appears to be built in 3 phases and a trailer. The original building is built over a basement about 50 years ago. The first addition is over a crawlspace and appears to be about 30 years old. The last addition is also over a crawlspace and appears to be about 20 years old. The trailer is about the same age as the last addition and is only used for storage.

The building is timber framed. The wall and roof insulation values are unknown. The additions are assumed to have R‐10 insulation in the walls and R‐19 in the ceiling. The walls are drywall interior. The building exterior is clapboard siding on the original building and stucco on the additions. The roof is pitched with asphalt shingles.

The windows are a mix of single pane with exterior storms or double pane. All windows are double hung with wood frames.

The trailer has gypsum wall board interior finishes with plywood exterior. The roof is bitumen rolls. The envelope is assumed to be all R‐10. The trailer has single pane windows.


The building recently replaced the existing heating boiler. The boiler is a Weil McLain Ultra 230. The boiler is natural gas fired and rated at 92% efficient and 230 MBH input. The building has 3 zones which are controlled by single set point thermostats controlling zone pumps. The hot water serves finned tube baseboard convectors in the library.

The building has 6 window air conditioners. The units range in capacity from 8,500 btuh to 18,000 btuh and age from 1980’s to 2006. These units are controlled by their onboard controls.

The trailer has a Bard wall unit which heats and cools. The unit is approximately 5kW of heating capacity and 2 tons of cooling. The unit is controlled by a thermostat in the space.

The building has a 5 gallon electric water heater that is rated at 2kW.


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2.3 Public Works Building 2.3.1 Description of Building Envelope

The building was built in 2003. The building is the office, locker room and garage for the public works department. The garages house and maintain the road maintenance and snow removal equipment. The offices are open from 7 to 5 weekdays. The remainder of the building is open those hours and as necessary.

The building has a slab on grade with steel super structure. The building envelope is sheet metal exterior, steel studs, 6 in fiberglass blankets and either gypsum wall board and just the vapor barrier. The roof is also 6 inch blankets in steel studs with standing seam roofing. The building has double pane windows with aluminum frames.


The office areas are heated and cooled by furnaces located above the ceiling. The furnaces are natural gas fired. The garages are heated by gas fired make up air units and unit heaters. The units are sealed combustion. All units are controlled by thermostats. The units with cooling have programmable setback thermostats.

The office areas are cooled by split systems. The average system appears to be about 2 tons. The remaining areas are cooled by ventilation. Most of the ventilation fans are controlled by single set point thermostats. The building has continuous ventilation in the locker room and the engine bay.

The building has water heaters in the garage and the engine wash bay. The garage water heater is a natural gas fired, 270 MBH input, Lochinvar RWN270 mounted on top of a 100 gallon storage tank. This serves the showers, break room and kitchenette. The engine wash bay has a natural gas Hotsy booster heater which makes steam for washing the vehicles.



2.4 EMS South 2.4.1 Description of Building Envelope

The building is an emergency ambulance dispatch. The building houses 2 EMS crews with a lounge, locker room, office, meeting room and kitchen. The building also has a garage bay and supply room. The building is staffed around the clock. The building was built in 1999.


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The building is slab on grade construction with steel studs framing, gypsum interior, stucco exterior, and fiberglass blanket insulation. The roof is steel framed with standing seam roofing. The ceilings are generally insulated with a 4 inch fiberglass blanket.


The building is heated by natural gas fired unit heaters and furnaces. The ambulance garage has 2 Sterling unit heaters that are nominally 100 MBH. The offices, locker room, lounge, kitchen, and meeting room are heated and cooled by 2 Sterling and 1 Carrier natural gas furnaces. The units are nominally 125 MBH each. The units are controlled by programmable thermostats for the furnaces. The garage units are controlled by single set point thermostats.

The portion of the building that is served by the furnaces is cooled by split systems. These systems have outdoor air cooled condensing units. The garage areas are all cooled by exhaust fans. The exhaust fans are controlled by wall thermostats.

The building is only controlled by the local thermostats. There is no building wide control system. The parts of the building that are cooled have programmable thermostats.

The building has a 40 gallon, 40 MBH Rheem PowerVent storage water heater. This serves the kitchen and locker rooms. The water heater was installed in 2009.



2.5 Pump Stations 2.5.1 Sherwsbury Avenue

Sherwsbury Avenue Pump Station consists of a chemical feed hut and a generator container. The chemical feed hut is about 16 square feet with a single door and a 500 watt electric heater and an exhaust fan. The Generator building has a 3 kW electric unit heater and an exhaust fan.

2.5.2 Woodland Manor

Woodland Manor Pump Station is located below ground in a neighborhood. The access is limited to a cap and a man hole. The electric meter is located next to a nearby utility pole.

2.5.3 Tinton Green Estates

Tinton Green Estates Pump Station is also known as the Rutgers Station. The site includes a generator building and 3 underground access hatches. The largest access hatch has a 4” PVC exhaust vent. The generator building has an electric unit heater and an exhaust fan.

2.5.4 Riveredge Road

Riveredge Road Pump Station consists of 2 man holes and an electrical cabinet with the electric meter.


2‐5

2.5.5 Hance Avenue

Hance Avenue Pump Station consists of a generator building, chemical feed hut, a man hole and access hatches. The access hatches have mechanical exhaust. The chemical feed hut has an exhaust fan and a 500 watt electric heater. The generator building has a 5 kW electric unit heater.

2.5.6 Heritage Boulevard

Heritage Boulevard Pump Station has 2 hatches and an outdoor generator.

2.5.7 Tinton Avenue

Tinton Avenue Pump Station has a generator building and 2 hatches. The generator building is masonry with a peaked roof. The building is heated by a 5 kW electric unit heater. The hatches have dedicated supply and exhaust fans.

2.5.8 Leland Terrace

Leland Terrace Pump Station consists of a chemical feed hut, an access hatch with a fan, and an outdoor generator. The chemical feed hut has drywall interior finish and vinyl siding exterior. The chemical feed hut has 500 watt heater and an exhaust fan.

2.5.9 Sam Drive

Sam Drive Pump Station consists of a generator building and 2 access hatches. The hatches have a CPVC exhaust vent. The generator building is masonry with a flat roof. The generator building is heated by a 5 kw electric unit heater and cooled by an exhaust fan.

2.5.10 Nutmeg Court

Nutmeg Court Pump Station consists of a man hole and access hatch. The underground area is served by a supply air fan. The station has no 3 phase power supply. The fan requires 3 phase power which is made by a motor generator set, or rotary phase converter.

2.5.11 Squankum Road

Squankum Road Pump Station consists of 2 man holes and an electric meter.

2.5.12 Jumping Brook

Jumping Brook Pump Station consists of a building with a chemical feed closet, 2 access hatches and an outdoor generator. The underground vault is ventilated by a single fan. The building houses a chemical closet with an exhaust fan. The building also has the oil tank for the generator. The building is heated by 7.5 kW unit heater and cooled by a Penn ventilator.

2.5.13 Wardell Road

Wardell Road Pump Station is also known as Wyncrest station. The station consists of a generator and 3 access hatches.

Section 3

3‐1

Section 3 Baseline Energy Use

3.1 Utility Data Analysis The first step in the energy audit process is the compilation and quantification of the facility’s current and historical energy usage and associated utility costs. It is important to establish the existing patterns of electricity, gas, and oil usage in order to be able to identify areas in which energy consumption can be reduced.

For this study, the monthly gas and electric bills per facility were analyzed and unit costs of energy were obtained. The unit cost of energy, as determined from the information provided by the Borough, was utilized in determining the feasibility of switching from one energy source to another or reducing the demand on that particular source of energy to create annual cost savings for the Borough.

3.1.1 Electric Charges

It is also important to understand how the utilities charge for the service. The majority of the energy consumed is electric as a result of both indoor and outdoor lighting and appliances, such as kitchen appliances, computers, printers and projectors. Electricity is charged by three basic components: electrical consumption (kWh), electrical demand (kW) and power factor (kVAR) (reactive power). The cost for electrical consumption is similar to the cost for fuel and the monthly consumption appears on the utility bill as kWh consumed per month with a cost figure associated with it. The service connections are either billed on a flat rate or time of day rates per kWh.

Electrical demand can be as much as 50 percent or more of the electric bill. The maximum demand (kW value) during the billing period is multiplied by the demand cost factor and the result is added to the electric bill. It is often possible to decrease the electric bill by 15 – 25 percent by reducing the demand, while still using the same amount of energy.

The power factor (reactive power) is the power required to energize electric and magnetic fields that result in the production of real power. Power factor is important because transmission and distribution systems must be designed and built to manage the need for real power, as well as the reactive power component (the total power). If the power factor is low, then the total power required can be greater than 50 percent or more than the real power alone. The power factor charge is a penalty for having a low power factor. Fortunately, this penalty charge does not impact the Borough.

The other parts of the electric bill are the supply charges, delivery charges, system benefits, transmission revenue adjustments, state and municipality tariff surcharges and sales taxes, which cannot be avoided.

Jersey Central Power & Light (JCP&L) is the current supplier and distributor of electric energy for the Borough.


3‐2

3.2 Facility Results 3.2.1 Tinton Falls Borough Hall

Electric power for Tinton Falls Borough Hall is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐1 illustrates the average monthly total energy consumption from January, 2010 through December, 2011. For example, for the month of October, the bar graph represents average energy consumption for October 2010 and October 2011. This same graphical representation approach has been carried through for all months and is typical for all graphs presented in this Section with more than a year of data. Electrical usage has been averaged by month for the above referenced time period to portray a more encompassing monthly usage trend.

The building uses 83.5 kbtuh per square foot of total site energy. That places the building in the 50th percentile for both Police Station and Government office according to ASHRAE 2011 HVAC Applications Energy Use and Management ‐ Table 2 DOE/EIA 2003 CBECS data.

From this graph, it can be determined that the baseline electrical consumption for Tinton Falls Borough Hall is approximately, 65,065 kWh/month.

Table 3.2‐1 illustrates the seasonal peak demand loads for Tinton Falls Borough Hall from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐1: Tinton Falls Borough Hall Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Tinton Falls Borough Hall, from JCP&L are as follows:

Acct #: 10 00 56 4037 26Customer Charge: $11.65/month

Basic Generation Service – June through Sept.: 1,000 kWh ‐ $0.061999/kWhOver 1,000 kWh ‐ $0.004958kWh

Basic Generation Service – October through May 1,000 kWh ‐ $0.057366Over 1,000 kWh ‐ $0.004958

0

500

1000

1500

2000

2500

3000

3500

4000

Electrical U

se (kW

h)

Month


3‐3

Acct #: 10 00 56 4037 26Non‐Utility Generation Charges: $0.008385/kWh Societal Benefits Charges: $0.006941/kWh Distribution Charge: $3.16/kW

Transmission Charge: $0.004938/kWh (excluding Water Heating) $0.004111/kWh (off‐peak/controlled water heating)

System Control Charge: $0.000055/kWh

Table 3.2‐1: Tinton Falls Borough Hall Seasonal Peak Demands

Season Peak Demand (kW)

Summer 175Winter 117

Refer to Table 3.3‐1, in Section 3.3 for the average electrical aggregate cost. These tariffs are subject to change quite frequently. Refer to Appendix A for a complete Historical Data Analysis.

Figure 3.2‐2 illustrates the monthly average natural gas consumption at Tinton Falls Borough Hall from October 2010 through December 2011.

Figure 3.2‐2: Tinton Falls Borough Hall Gas Usage

3.2.2 Library

Electric power for the Library is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐3 illustrates the average monthly total energy consumption from January 2010 through November 2011.

From this graph, it can be determined that the baseline electrical consumption for the Library is approximately, 3,599 kWh/month.

0

500

1000

1500

2000

2500

3000

Gas Use (Th

erm

s)

Month


3‐4

Table 3.2‐2 illustrates the seasonal peak demand loads for the Library from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐3: Library Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at the Library, from JCP&L are as follows:




Non‐Utility Generation Charges: $0.008385/kWh Societal Benefits Charges: $0.006941/kWh Distribution Charge: $3.16/kW



Table 3.2‐2: Library Seasonal Peak Demands


Summer 21Winter 21


Figure 3.2‐4 illustrates the monthly average natural gas consumption at the Library from January 2011 through December 2011.

0

1000

2000

3000

4000

5000

6000

Electrical U

se (kW

h)

Month


3‐5

Figure 3.2‐4: Library Gas Usage

3.2.3 Public Works Building

Electric power for the Public Works Building is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐5 illustrates the average monthly total energy consumption from January 2010 through December 2011.

From this graph, it can be determined that the baseline electrical consumption for the Public Works Building is approximately, 15,546 kWh/month.

Table 3.2‐3 illustrates the seasonal peak demand loads for the Public Works Building from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐5: Public Works Building Electricity Usage

0

5000

10000

15000

20000

Electrical U

se (kW

h)

Month

0

200

400

600

800

1000

1200

1400

1600

Gas Use (Th

erm

s)

Month


3‐6

The most recent tariff rates available at the time of this audit for the electrical service at the Public Works Building, from JCP&L are as follows:

Acct #: 10 00 54 6120 0 5Customer Charge: $11.65/month






Table 3.2‐3: Public Works Building Seasonal Peak Demands


Summer 74Winter 59


Figure 3.2‐6 illustrates the monthly average natural gas consumption at the Public Works Building from September 2010 through November 2011.

Figure 3.2‐6: Public Works Building Gas Usage

0

500

1000

1500

2000

2500

3000

Gas Use (Th

erm

s)

Month


3‐7

3.2.4 EMS South

Electric power for the EMS South Building is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐7 illustrates the average monthly total energy consumption from January 2010 through December 2011.

From this graph, it can be determined that the baseline electrical consumption for the EMS South Building is approximately, 3,541 kWh/month.

Table 3.2‐4 illustrates the seasonal peak demand loads for the EMS South Building from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐7: EMS South Building Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at the EMS South Building, from JCP&L are as follows:







0

1000

2000

3000

4000

5000

6000

Electrical U

se (kW

h)

Month


3‐8

Table 3.2‐4: EMS South Building Seasonal Peak Demands


Summer 21Winter 21


Figure 3.2‐8 illustrates the monthly average natural gas consumption at the EMS South Building from September 2010 through November 2011.

Figure 3.2‐8: EMS South Building Gas Usage

3.2.5 Shrewsbury Avenue Pump Station

Electric power for Shrewsbury Avenue Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐9 illustrates the monthly total energy consumption from December 2009 through November 2010.

From this graph, it can be determined that the baseline electrical consumption for Shrewsbury Avenue Pump Station is approximately, 3,084 kWh/month.

Table 3.2‐5 illustrates the seasonal peak demand loads for the Shrewsbury Avenue Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

0

100

200

300

400

500

600

700

800

900

Gas Use (Th

erm

s)

Month


3‐9

Figure 3.2‐9: Shrewsbury Avenue Pump Station Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Shrewsbury Avenue Pump Station, from JCP&L are as follows:







Table 3.2‐5: Shrewsbury Avenue Pump Station Seasonal Peak Demands


Summer 19Winter 19


3.2.6 Woodland Manor Pump Station

Electric power for Woodland Manor Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐10 illustrates the average monthly total energy consumption from December 2009 through November 2010.

0

1000

2000

3000

4000

5000

Electrical U

se (kW

h)

Month


3‐10

From this graph, it can be determined that the baseline electrical consumption for Woodland Manor Pump Station is approximately, 1,100 kWh/month.

Table 3.2‐6 illustrates the seasonal peak demand loads for the Woodland Manor Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐10: Woodland Manor Pump Station Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Woodland Manor Pump Station, from JCP&L are as follows:







Table 3.2‐6: Woodland Manor Pump Station Seasonal Peak Demands


Summer 1Winter 1


0

500

1000

1500

2000

2500

Electrical U

se (kW

h)

Month


3‐11

3.2.7 Tinton Greens Estates Pump Station

Electric power for Tinton Greens Estates Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐11 illustrates the average monthly total energy consumption from December, 2009 through November, 2010.

From this graph, it can be determined that the baseline electrical consumption for Tinton Greens Estates Pump Station is approximately, 1,461 kWh/month.

Table 3.2‐7 illustrates the seasonal peak demand loads for the Tinton Greens Estates Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐11: Tinton Greens Estates Pump Station Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Tinton Greens Estates Pump Station, from JCP&L are as follows:







0

500

1000

1500

2000

2500

Electrical U

se (kW

h)

Month


3‐12

Table 3.2‐7: Tinton Greens Estates Pump Station Seasonal Peak Demands


Summer 14Winter 14


3.2.8 Riveredge Road Pump Station

Electric power for Riveredge Road Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐12 illustrates the average monthly total energy consumption from December 2009 through November 2010.

From this graph, it can be determined that the baseline electrical consumption for Riveredge Road Pump Station is approximately, 1,115 kWh/month.

Table 3.2‐8 illustrates the seasonal peak demand loads for the Riveredge Road Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐12: Riveredge Road Pump Station Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Riveredge Road Pump Station, from JCP&L are as follows:




Non‐Utility Generation Charges: $0.008385/kWh Societal Benefits Charges: $0.006941/kWh

0

1000

2000

3000

4000

5000

6000

Electrical U

se (kW

h)

Month


3‐13

Acct #: 20 00 00 0108 2 3

Distribution Charge: $3.16/kW



Table 3.2‐8: Riveredge Road Pump Station Seasonal Peak Demands


Summer 6Winter 3


3.2.9 Hance Avenue Pump Station

Electric power for Hance Avenue Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐13 illustrates the average monthly total energy consumption from December 2009 through November 2010.

From this graph, it can be determined that the baseline electrical consumption for Hance Avenue Pump Station is approximately, 3,986 kWh/month.

Table 3.2‐9 illustrates the seasonal peak demand loads for the Hance Avenue Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐13: Hance Avenue Pump Station Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Hance Avenue Pump Station, from JCP&L are as follows:



0

1000

2000

3000

4000

5000

6000

Electrical U

se (kW

h)

Month


3‐14

Acct #: 20 00 00 0108 2 3





Table 3.2‐9: Hance Avenue Pump Station Seasonal Peak Demands


Summer 26Winter 26


3.2.10 Heritage Boulevard Pump Station

Electric power for Heritage Blvd. Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐14 illustrates the average monthly total energy consumption from December 2009 through November 2010.

From this graph, it can be determined that the baseline electrical consumption for Heritage Blvd. Pump Station is approximately, 1,022 kWh/month.

Table 3.2‐10 illustrates the seasonal peak demand loads for the Heritage Blvd. Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐14: Heritage Blvd. Pump Station Electricity Usage

0

500

1000

1500

2000

2500

Electrical U

se (kW

h)

Month


3‐15

The most recent tariff rates available at the time of this audit for the electrical service at Heritage Blvd. Pump Station, from JCP&L are as follows:







Table 3.2‐10: Heritage Blvd. Pump Station Seasonal Peak Demands


Summer 4Winter 5


3.2.11 Tinton Avenue Pump Station

Electric power for Tinton Avenue Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐15 illustrates the average monthly total energy consumption from December 2009 through November 2010.

From this graph, it can be determined that the baseline electrical consumption for Tinton Avenue Pump Station is approximately, 2,705 kWh/month.

Table 3.2‐11 illustrates the seasonal peak demand loads for the Tinton Avenue Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.


3‐16

Figure 3.2‐15: Tinton Avenue Pump Station Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Tinton Avenue Pump Station, from JCP&L are as follows:



Acct #: 20 00 00 0108 2 3





Table 3.2‐11: Tinton Avenue Pump Station Seasonal Peak Demands


Summer 22Winter 21


0

1000

2000

3000

4000

5000

Electrical U

se (kW

h)

Month


3‐17

3.2.12 Leland Terrace Pump Station

Electric power for Leland Terrace Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐16 illustrates the average monthly total energy consumption from December 2009 through November 2010.

From this graph, it can be determined that the baseline electrical consumption for Leland Terrace Pump Station is approximately, 956 kWh/month.

Table 3.2‐12 illustrates the seasonal peak demand loads for the Leland Terrace Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐16: Leland Terrace Pump Station Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Leland Terrace Pump Station, from JCP&L are as follows:







0

500

1000

1500

2000

Electrical U

se (kW

h)

Month


3‐18

Table 3.2‐12: Leland Terrace Pump Station Seasonal Peak Demands


Summer 0Winter 0


3.2.13 Sam Drive Pump Station

Electric power for Sam Drive Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐17 illustrates the average monthly total energy consumption from December 2009 through November 2010.

From this graph, it can be determined that the baseline electrical consumption for Sam Drive Pump Station is approximately, 1,326 kWh/month.

Table 3.2‐13 illustrates the seasonal peak demand loads for the Sam Drive Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐17: Sam Drive Pump Station Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Sam Drive Pump Station, from JCP&L are as follows:





0

500

1000

1500

2000

2500

3000

3500

4000

Electrical U

se (kW

h)

Month


3‐19

Acct #: 20 00 00 0108 2 3



Table 3.2‐13: Sam Drive Pump Station Seasonal Peak Demands


Summer 0Winter 0


Figure 3.2‐18 illustrates the monthly average natural gas consumption at the Sam Drive Pump Station from September 2010 through November 2011.

Figure 3.2‐18: Sam Drive Pump Station Gas Usage

3.2.14 Nutmeg Court Pump Station

Electric power for Nutmeg Court Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐19 illustrates the average monthly total energy consumption from December 2009 through November 2010.

From this graph, it can be determined that the baseline electrical consumption for Nutmeg Court Pump Station is approximately, 246 kWh/month.

Table 3.2‐14 illustrates the seasonal peak demand loads for the Nutmeg Court Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

0

1

2

3

4

5

6

Gas Use (Th

erm

s)

Month


3‐20

Figure 3.2‐19: Nutmeg Court Pump Station Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Nutmeg Court Pump Station, from JCP&L are as follows:







Table 3.2‐14: Nutmeg Court Pump Station Seasonal Peak Demands


Summer 0Winter 0


3.2.15 Squankum Road Pump Station

Electric power for Squankum Road Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐20 illustrates the average monthly total energy consumption from December 2009 through November 2010.

0

50

100

150

200

250

300

350

Electrical U

se (kW

h)

Month


3‐21

From this graph, it can be determined that the baseline electrical consumption for Squankum Road Pump Station is approximately, 660 kWh/month.

Table 3.2‐15 illustrates the seasonal peak demand loads for the Squankum Road Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐20: Squankum Road Pump Station Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Squankum Road Pump Station, from JCP&L are as follows:







Table 3.2‐15: Squankum Road Pump Station Seasonal Peak Demands


Summer 0Winter 0

0

200

400

600

800

1000

1200

Electrical U

se (kW

h)

Month


3‐22


3.2.16 Jumping Brook Pump Station

Electric power for Jumping Brook Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐21 illustrates the average monthly total energy consumption from December 2009 through November 2010.

From this graph, it can be determined that the baseline electrical consumption for Jumping Brook Pump Station is approximately, 8,940 kWh/month.

Table 3.2‐16 illustrates the seasonal peak demand loads for the Jumping Brook Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐21: Jumping Brook Pump Station Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Jumping Brook Pump Station, from JCP&L are as follows:







0

2000

4000

6000

8000

10000

12000

Electrical U

se (kW

h)

Month


3‐23

Table 3.2‐16: Jumping Brook Pump Station Seasonal Peak Demands


Summer 48Winter 48


3.2.17 Wardell Road Pump Station

Electric power for Wardell Road Pump Station is fed from one General Service Secondary three phase line from JCP&L. Figure 3.2‐22 illustrates the average monthly total energy consumption from December 2009 through November 2010.

From this graph, it can be determined that the baseline electrical consumption for Wardell Road Pump Station is approximately, 1,690 kWh/month.

Table 3.2‐17 illustrates the seasonal peak demand loads for the Wardell Road Pump Station from January 2011 through December 2011. The information present is only as recent as the most recent bill received.

Figure 3.2‐22: Wardell Road Pump Station Electricity Usage

The most recent tariff rates available at the time of this audit for the electrical service at Wardell Road Pump Station, from JCP&L are as follows:




Non‐Utility Generation Charges: $0.008385/kWh Societal Benefits Charges: $0.006941/kWh

0

500

1000

1500

2000

2500

3000

Electrical U

se (kW

h)

Month


3‐24

Acct #: 10 00 81 1066 6 0

Distribution Charge: $3.16/kW



Table 3.2‐17: Wardell Road Pump Station Seasonal Peak Demands


Summer 14Winter 14


3.3 Aggregate Costs For the purposes of computing energy savings for all identified energy conservation and retrofit measures, aggregate unit costs for electrical energy and fuel, in terms of cost/kWh and cost/therm, were determined for each service location and utilized in the simple payback analyses discussed in subsequent sections. The aggregate unit cost accounts for all distribution and supply charges for each location. Table 3.3‐1 and Table 3.3‐2 summarize the aggregate costs for electrical energy consumption and therms utilized, respectively.

Table 3.3‐1: Electrical Aggregate Unit Costs

Service Location Aggregate $ / kW‐hr

Tinton Falls Borough Hall $.15

Library $.17

Public Works Building $.17

EMS South $.17

Shrewsbury Avenue Pump Station $.17

Woodland Manor Pump Station $.17

Tinton Greens Estates Pump Station $.21

Riveredge Road Pump Station $.19

Hance Avenue Pump Station $.18

Heritage Blvd. Pump Station $.20

Tinton Avenue Pump Station $.19

Leland Terrace Pump Station $.21

Sam Drive Pump Station $.17

Nutmeg Court Pump Station $.21

Squankum Road Pump Station $.22

Jumping Brook Pump Station $.17

Wardell Road Pump Station $.20

Hovtown Pump Station* $.20 *estimated utility rate because actual bills not provided


3‐25

Table 3.3‐2: Natural Gas Aggregate Unit Costs

Service Location Aggregate $ / Therm

Tinton Falls Borough Hall $1.16

Library $1.22

Public Works Building $ 1.27

EMS South $ 1.33

Sam Drive Pump Station $ 12.07

3.4 Portfolio Manager 3.4.1 Portfolio Manager Overview

Portfolio Manager is an interactive energy management tool that allows the Borough to track and assess energy consumption at the facilities in a secure online environment. Portfolio Manager can help the Borough set investment priorities, verify efficiency improvements, and receive EPA recognition for superior energy performance.

3.4.2 Energy Performance Rating

For many facilities, you can rate their energy performance on a scale of 1–100 relative to similar facilities nationwide. Your facility is not compared to the other facilities entered into Portfolio Manager to determine your ENERGY STAR rating. Instead, statistically representative models are used to compare your facility against similar facilities from a national survey conducted by the Department of Energy’s Energy Information Administration. This national survey, known as the Commercial Building Energy Consumption Survey (CBECS), is conducted every four years, and gathers data on building characteristics and energy use from thousands of facilities across the United States. Your facility’s peer group of comparison is those facilities in the CBECS survey that have similar facility and operating characteristics. A rating of 50 indicates that the facility, from an energy consumption standpoint, performs better than 50% of all similar facilities nationwide, while a rating of 75 indicates that the facility performs better than 75% of all similar facilities nationwide.

3.4.3 Portfolio Manager Account Information

A Portfolio Manager account has been established for the Borough, which includes a profile for the 4 buildings. Information entered into this Portfolio Manager Facility profile, including electrical energy consumption and natural gas consumption has been used to establish a performance baseline.

It is recommended that the information be updated to track the buildings’ energy usage. None of the 4 buildings were eligible for an energy star label. Ratings were given for two (2) of the four (4) buildings. Of the two (2) buildings, one (1) was of a building type that is not supported by the Energy Star program found in Portfolio Manager, and one (1) didn’t meet the minimum building area. Results are a reflection of the information supplied, if more recent information is entered into the Portfolio Manager account, there is a possibility for better results.

BUILDING SCORE

Tinton Falls 72

Public Works Building 38


3‐26

The following website link, username and password shall be used to access the Portfolio Manager account and building profiles that has been established for the Borough:

https://www.energystar.gov/istar/pmpam/

USERNAME: TintonFalls

PASSWORD: energystar

Section 4

4‐1

Section 4 Energy Conservation and Retrofit Measures (ECRM)

The following is a summary of how Annual Return on Investment (AROI), Internal Rate of Return (IRR), and Net Present Value (NPV) will be broken down in the cost analysis for all ECRMs recommended in this report.

Included in the simplified payback analysis summary table is the ‘Annual Return on Investment’ (AROI) values. This value is a performance measure used to evaluate the efficiency of an investment and is calculated using the following equation:

1

Where OCS = Operating Cost Savings, and AECS = Annual Energy Cost Savings.

Also included in the table are net present values for each option. The NPV calculates the present value of an investment’s future cash flows based on the time value of money, which is accounted for by a discount rate (DR) (assume bond rate of 3%). NPV is calculated using the following equation:

1

Where Cn=Annual cash flow, and N = number of years.

The Internal Rate of Return (IRR) expresses an annual rate that results in a break‐even point for the investment. If the Borough is currently experiencing a lower return on their capital than the IRR, the project is financially advantageous. This measure also allows the Borough to compare ECRM’s against each other to determine the most appealing choices.

01

Where Cn=Annual cash flow, and N = number of years.

The lifetime energy savings represents the cumulative energy savings over the assumed life of the ECRM.


4‐2

4.1 Building Lighting Systems The goal of this section is to present any lighting energy conservation measures that may also be cost beneficial. It should be noted that replacing current bulbs with more energy‐efficient equivalents will have a small effect on the building heating and cooling loads. The building cooling load will see a small decrease from an upgrade to more efficient bulbs and the heating load will see a small increase, as the more energy efficient bulbs give off less heat.

Two options are offered for most buildings, where both interior and exterior lighting upgrades are being proposed. The first option will be for upgrading existing interior lighting, if applicable. The second option will be for upgrading existing exterior lighting, if applicable. A total cost for upgrading both options at the same time will be presented. Retrofitting of existing fluorescent fixtures includes upgrading both ballasts and lamps for the fixture. For buildings only requiring interior or exterior upgrades, only the applicable upgrade option is listed. Refer to Appendix D for more information.

Please note that the Engineer’s Estimate of Probable Construction Costs presented herein are estimates based on historic data compiled from similar installations and engineering opinions. Additional engineering will be required for each measure identified in this report and final scope of work and budget cost estimates will need to be confirmed prior to the coordination of project financing or the issuance of a Request for Proposal.

It is recommended that the existing lighting systems at the buildings listed in Section 1 be upgraded to high efficiency standards to create lighting uniformity throughout the campus. In general, the recommended lighting upgrade, as presented in Appendix D, involves replacing existing inefficient bulbs, and installing new energy‐efficient luminaires to the existing lighting systems.

The strategies included in this section focus on maximizing energy savings and maintaining or exceeding existing lighting levels, while also maintaining the existing look of each fixture; therefore, proposed lamp styles remain consistent with existing lamp styles. Please refer to Appendix D for a line‐by‐line proposed detailed lighting upgrades list.

The following table, Table 4.1‐1, summarizes a simple payback analysis assuming the implementation of all lighting system improvements at all of the Borough of Tinton Falls.


4‐3

Table 4.1‐1

Borough of Tinton Falls Lighting***

Building Engineer’s Opinion of

Probable Cost Incentive Total Cost

Annual kW

Savings

Annual kWh

Savings

Annual Energy Savings

Annual Maintenance Cost Savings (AMCS)

Simple Payback

Annual Return on Investment (AROI)

Lifetime Energy Savings (15 years)**

Internal Rate of Return (IRR)

Net Present Value (NPV)

Tinton Falls Borough Hall ‐ Interior $26,429.90 $0.00 $26,429.90 10.3 78,290.30 $12,526.50 $0.00 2.1 40.7% $232,978.39 50.2% $155,994.2

Tinton Falls Borough Hall ‐ Exterior $65,958.30 ($3,500.00) $62,458.30 7.6 40,553.00 $6,488.50 $173.24 9.4 4.0% $120,678.72 9.3% $34,557.2 Tinton Falls Borough Hall ‐ Total $92,388.10 ($3,500.00) $88,888.10 17.8 118,843.30 $19,014.90 $173.24 4.6 14.9% $353,657.11 23.1% $190,551.3 Library ‐ Interior

$4,014.90 $0.00 $4,014.90 1 5,623.70 $956.00 $53.14 4 18.5% $17,781.12 27.1% $10,681.8 Public Works Building ‐ Interior $5,900.90 $0.00 $5,900.90 3.1 13,944.50 $2,370.60 $425.05 2.1 40.7% $44,090.03 50.2% $34,812.0 Public Works Building ‐ Exterior $39,377.40 ($5,100.00) $34,277.40 14 85,144.40 $14,474.60 $10.80 2.4 35.6% $269,210.98 45.0% $176,674.4 Public Works Building ‐ Total

$45,278.40 ($5,100.00) $40,178.40 17.1 99,089.00 $16,845.10 $435.86 2.3 36.3% $313,301.01 45.8% $211,486.4 EMS South ‐ Interior $12,376.90 $0.00 $12,376.90 4.6 44,014.00 $7,922.50 $471.75 1.5 61.2% $147,350.13 70.8% $109,869.7 EMS South ‐ Exterior $1,719.30 $0.00 $1,719.30 0.5 2,674.40 $481.40 $157.94 2.7 30.5% $8,953.45 39.8% $7,591.5 EMS South ‐ Total

$14,096.10 $0.00 $14,096.10 5.1 46,688.40 $8,403.90 $629.70 1.6 57.4% $156,303.58 67.0% $117,461.2 Shrewsbury Avenue Pump Station ‐ Total $71.90 $0.00 $71.90 0.1 50.90 $9.20 $26.57 2.0 43.1% $170.40 52.6% $448.5 Hance Avenue Pump Station ‐ Total $71.90 $0.00 $71.90 0.1 50.90 $9.20 $26.57 2.0 43.1% $170.40 52.6% $448.5 Tinton Avenue Pump Station ‐ Interior

$149.50 $0.00 $149.50 0.3 183.40 $34.80 $63.36 1.5 59.0% $648.10 68.7% $1,280.7 Tinton Avenue Pump Station ‐ Exterior $757.60 ($70.00) $687.60 0.2 911.00 $173.10 $1.17 3.9 18.7% $3,219.43 27.3% $1,850.3 Tinton Avenue Pump Station ‐ Total $907.10 ($70.00) $837.10 0.5 1,094.40 $207.90 $64.53 3.1 25.9% $3,867.53 35.0% $3,131.0 Sam Drive Pump Station ‐ Interior

$192.60 $0.00 $192.60 0.1 73.80 $14.00 $26.57 4.7 14.4% $260.83 22.5% $398.6 Sam Drive Pump Station ‐ Exterior $71.90 $0.00 $71.90 0.1 445.90 $84.70 $26.57 0.6 148.2% $1,575.66 157.8% $1,548.9 Sam Drive Pump Station ‐ Total $264.50 $0.00 $264.50 0.2 519.70 $98.70 $53.14 1.7 50.8% $1,836.49 60.4% $1,947.4 Jumping Brook Pump Station ‐ Interior

$71.90 $0.00 $71.90 0.1 50.9 $8.70 $26.57 2 42.3% $160.94 51.9% $441.1 Jumping Brook Pump Station ‐ Exterior $757.60 ($70.00) $687.60 0.2 911 $154.90 $1.17 4.4 16.0% $2,880.54 24.4% $1,584.9 Jumping Brook Pump Station ‐ Total

$829.40 ($70.00) $759.40 0.3 961.90 $163.50 $27.74 4 18.5% $3,041.48 27.1% $2,026.1


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4.2 HVAC Systems The goal of this section is to present any heating and cooling energy reduction and cost saving measures that may also be cost beneficial. Where possible, measures will be presented with a life‐cycle cost analysis. This analysis displays a payback period based on weighing the capital cost of the measure against predicted annual fiscal savings. To do this, the buildings have been modeled as accurately as possible to predict energy usage for space heating and cooling, as well as domestic hot water use.

Each building is modeled using software called eQuest, a Department of Energy‐sponsored energy modeling program, to establish a baseline space heating and cooling energy usage. Climate data from Trenton, NJ was used for analyses. From this, the model may be calibrated, using historical utility bills, to predict the impact of theoretical energy savings measures.

Once annual energy savings from a particular measure have been predicted and the initial capital cost has been estimated, payback periods may be approximated. Equipment cost estimate calculations are provided in Appendix H.

4.2.1 Tinton Falls Borough Hall

A model of Tinton Falls Borough Hall was created in eQuest to predict heating and cooling loads for the building. To calibrate this model, CDM used electricity bills and natural gas bills from January 2011 through December 2011. Figure 4.2‐1 below compares actual monthly electricity usages, with those predicted by the eQuest model. Historical monthly usages were averaged for each month observed over multiple years. For example, usage during the month of June was averaged for the three years, to yield an approximate average usage during the month of June.

Figure 4.2‐1: Tinton Falls Borough Hall Electricity Usage

Once the eQuest model was calibrated, it could be used to predict approximate major usage categories, such as lighting, plug loads (miscellaneous), ventilation, and cooling. It should be noted that these are only estimated usages based on information gathered during CDM’s field audit. Figure 4.2‐2 presents this information to help the Borough visualize where CDM anticipates the electricity is ultimately being used.

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Figure 4.2‐2: Tinton Falls Borough Hall Electricity Usage Breakdown

Figure 4.2‐3 below compares actual natural gas usage to model‐predicted natural gas use.

Figure 4.2‐3: Tinton Falls Borough Hall Natural Gas Usage

Currently, the heating system utilizes two condensing pulse boiler with a gross capacity 1,400 MBH. CDM conservatively estimates this boiler / these boilers to be 91% efficient.

This boiler has over 10 years of expected life left. The savings of the increase of efficiency does not justify replacing this unit. When this boiler reaches the end of its service life the building should evaluate a system of premium‐efficiency, condensing boilers. Based on the building model, and accounting for a 25% safety factor, CDM has calculated a peak heating load of 1,400 MBH. This indicates that the building can operate on a single boiler with a 100% backup boiler.

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Figure 4.2‐4 compares current gas usage with predicted gas usage resulting from a switch to a high‐efficiency, condensing boiler. Condensing boilers are modeled with a full‐load efficiency of ~95% and return water temperature of 120°F.

Figure 4.2‐4: Tinton Falls Borough Hall – Boiler Upgrade ‐ Natural Gas Usage

Fiscal savings from such an upgrade are then identified in Table 4.2‐1 below. Lifetime savings calculations for all ECRM’s may be found in Appendix I. It’s important to note that these are estimates based on building models, and further investigation is warranted before pursuing boiler replacements.

Table 4.2‐1

Tinton Falls Borough Hall Boiler Upgrade Payback

Predicted Annual Savings (Therms) $637

Total Annual Savings $739

Initial Capital Cost of Upgrade $127,500

Incentives** $2,800

Cost of Upgrade $124,700

Annual Maintenance Cost Savings (AMCS) $ 0

Simple Payback 172.5 **Incentives, per New Jersey Clean Energy Program, are $1.00 per MBH

This measure is not recommended due to the excessive payback. The measure should be evaluated when the boiler is due for replacement.

Currently the HVAC systems at the Tinton Falls Borough Hall are served by individual air cooled condensing units. Each air handler determines the heating and cooling based upon space temperature. Some of these units were cooling at the time of the site visit, which had an outdoor air temperature of 40°F. The existing units are estimated to have a 12.0 EER, or Energy Efficiency Rating. New condensing units can increase the cooling produced for the energy consumed.

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4‐7

The existing units have only served about half their service life. CDM recommends investigating premium efficiency condensers when replacing the existing condensers. The savings below are presented based upon replacement of the existing units with 14.0 EER units. Table 4.2‐2 demonstrates the potential payback from such an implementation.

Table 4.2‐2

Tinton Falls Borough Hall Premium Efficiency Cooling Payback

Predicted Annual Savings (kWh) $17,130

Annual Savings (Electricity) $2,570

Total Annual Savings $2,570


Incentives** $0


Annual Maintenance Cost Savings (AMCS) $0

Simple Payback 27.9 **Incentives, per New Jersey Clean Energy Program, are $73 per ton.

This measure is not recommended due to the excessive payback. The measure should be evaluated when the condensers are due for replacement.

The building is upgrading the control system. This is giving greater functionality to the air handlers and schedulers. The air systems turn the mechanical cooling on during the heating season. The site staff reported that this was due to excessive return air, which would mean the discharge air temperature is too high.

Figure 4.2‐4 compares current gas usage with predicted gas usage resulting from the control system improvement. The measure is based upon allowing the discharge air temperature to decrease more during the heating season to reduce mechanical cooling.

Figure 4.2‐4: Tinton Falls Borough Hall – Controls Upgrade ‐ Natural Gas Usage

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Table 4.2‐3

Tinton Falls Borough Hall Controls Upgrade Payback

Predicted Annual Savings (Therms) $1,121

Cost Savings (Natural Gas) $1,300


Cost Savings (Electric) $358



Incentives** $ 0



Simple Payback 4.8

Lifetime Energy Savings (15 years)* $29,149

Annual Return on Investment (AROI) 16.6%

Internal Rate of Return (IRR) 21.4%

Net Present Value (NPV) $14,919 *Based upon ASHRAE of 15 year electronic controls.

4.2.2 Library

A bin hour model of Library was created to predict heating and cooling loads for the building. To calibrate this model, CDM used electricity bills and natural gas bills from January 2011 through December 2011.

The Library has multiple additions and many different ages of windows and wall constructions. The windows in the original building are near the end of their expected life. The windows are single pane wood frame units and some exterior storm windows. The other windows in the building are far from the thermal insulation values of current windows.

The bin hour model compares current energy usage with predicted energy usage resulting from upgrade of the windows. The model is based upon installing windows with a u‐value of 0.35. See Appendix C for the bin hour model output.


Table 4.2‐4

Tinton Falls Library Window Upgrade Payback


Predicted Annual Savings (kWh) $125


Initial Capital Cost of Upgrade $ 31,228


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Table 4.2‐4

Tinton Falls Library Window Upgrade Payback

Incentives** $ 0



Simple Payback 37.8

**No Incentives found for this upgrade

This measure is not recommended due to the excessive payback. The measure should be evaluated when the windows are replaced.

The Library has multiple additions and many different ages of roof and wall constructions.

The walls in the original building appear to be un‐insulated. The walls of the other additions of the building appear to have minimal insulation value. The roofs have insulated ceilings. The insulation valves are assumed to be from R‐10 to R‐20.

The bin hour model compares current energy usage with predicted emergy usage resulting from upgrade of the walls. The model is based upon increasing the exterior wall insulation value to R‐15 and increasing the ceiling insulation by R‐10. See Appendix C for the bin hour model output.


Table 4.2‐5

Tinton Falls Library Insulation Upgrade Payback





Incentives** $ 0



Simple Payback 39.3


This measure is not recommended due to the excessive payback. The measure should be evaluated when the building has a major renovation or exterior finish replacement.

Currently the HVAC systems at the Tinton Falls Library are served by individual packaged air conditioners. All units are either window or sleeve units with onboard controls. The existing units are estimated to have a 10.0 EER, or Energy Efficiency Rating. New units can increase the cooling produced for the energy consumed.


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The existing units have only served at least half their service life. CDM recommends investigating premium efficiency units when replacing the existing units. The savings below are presented based upon replacement of the existing units with 14.0 EER units. Table 4.2‐6 demonstrates the potential payback from such an implementation.

Table 4.2‐6

Tinton Falls Library Premium Efficiency Cooling Payback


Annual Savings (Electricity) $ 219



Incentives** $0



Simple Payback 44.3

**Incentives, per New Jersey Clean Energy Program, are $65 per ton.

This measure is not recommended due to the excessive payback. The measure should be evaluated when the air conditioners are due for replacement.

4.2.3 Public Works Building

A bin hour model of Public Works Building was created to predict heating and cooling loads for the building. To calibrate this model, CDM used electricity bills and natural gas bills from January 2011 through December 2011.

Currently the HVAC systems at the Tinton Falls Public Works Building are served by individual split systems. Each air system determines the heating and cooling based upon space temperature. The existing units are estimated to have a 12.0 EER, or Energy Efficiency Rating. New condensers can increase the cooling produced for the energy consumed. See Appendix C for the bin hour model output.

The existing units have only served about half their service life. CDM recommends investigating premium efficiency condensing units and evaporators when replacing the existing condensing units. The savings below are presented based upon replacement of the existing units with 14.0 EER units. Table 4.2‐7 demonstrates the potential payback from such an implementation.

Table 4.2‐7

Tinton Falls Public Works Building Premium Efficiency Cooling Payback


Annual Savings (Electricity) $224



Incentives** $1,116



Simple Payback 49.5



4‐11

This measure is not recommended due to the excessive payback. The measure should be evaluated when the condensers are due for replacement.

Currently, the heating system utilizes gas fired furnaces and unit heaters. CDM conservatively estimates these heaters to be 85% efficient.

These units have about half their life left. The savings of the increase of efficiency does not justify replacing these units. When these units reach the end of their service lives, the building should evaluate a system of premium‐efficiency, condensing units and evaporator coils of equivalent size.

The existing units have only served about half their service life. CDM recommends investigating premium efficiency condensing units and evaporator coils when replacing the existing condensers. The savings below are presented based upon replacement of the existing units with 14.0 EER units. Table 4.2‐8 demonstrates the potential payback from such an implementation.

Table 4.2‐8

Tinton Falls Public Works Building Premium Efficiency Heating Payback

Predicted Annual Savings (therms) $1,058

Annual Savings (Natural Gas) $1,333



Incentives** $2,400



Simple Payback 50.3

**Incentives, per New Jersey Clean Energy Program, are $400 per furnace.

4.2.4 EMS South

A bin hour model of EMS South was created to predict heating and cooling loads for the building. To calibrate this model, CDM used electricity bills and natural gas bills from January 2011 through December 2011.

Currently the HVAC systems at the EMS South are served by individual split systems. Each air system determines the heating and cooling based upon space temperature. The existing units are estimated to have a 12.0 EER, or Energy Efficiency Rating. New condensing units and evaporator coils can increase the cooling produced for the energy consumed. See Appendix C for the bin hour model output.

The existing units have only served about half their service life. CDM recommends investigating premium efficiency condensing units and evaporator coils when replacing the existing condensing units. The savings below are presented based upon replacement of the existing units with 14.0 EER units. Table 4.2‐9 demonstrates the potential payback from such an implementation.

Table 4.2‐9

EMS South Premium Efficiency Cooling Payback


Annual Savings (Electricity) $120



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Table 4.2‐9

EMS South Premium Efficiency Cooling Payback


Incentives** $1,656



Simple Payback 73.7


Currently, the heating system utilizes gas fired furnaces and unit heaters. CDM conservatively estimates these heaters to be 85% efficient.

These units have about half their life left. The savings of the increase of efficiency does not justify replacing these units. When these units reach the end of their service lives, the building should evaluate a system of premium‐efficiency, condensing units of equivalent size.

The existing units have only served about half their service life. CDM recommends investigating premium efficiency condensers when replacing the existing condensers. The savings below are presented based upon replacement of the existing units with 14.0 EER units. Table 4.2‐10 demonstrates the potential payback from such an implementation.

Table 4.2‐10

EMS South Premium Efficiency Heating Payback

Predicted Annual Savings (therms) $320

Annual Savings (Natural Gas) $402



Incentives** $1,200



Simple Payback 30.4

**Incentives, per New Jersey Clean Energy Program, are $400 per furnace.

4.2.5 Pump Stations

A bin hour model was created for the above ground structures for each pump station. The equipment for the various pump stations are very simple controls and equipment. All the buildings are heated and fairly simple construction. Most of the buildings have minimal thermal insulation. To calibrate this model, CDM used electricity bills and natural gas bills from January 2011 through December 2011.

The bin hour model compares current gas usage with predicted gas usage resulting from upgrade of the walls. The model is based upon increasing the exterior wall insulation value to R‐15 and increasing the ceiling insulation by R‐10. See Appendix C for the bin hour model output.



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Table 4.2‐11

Pump Station Insulation Upgrade Payback

Building Wall

Area Sq Ft

Cost Savings kWh

Savings Therms

Savings $ Payback (years)

$/kWh $/Therm

Shrewsbury Avenue Pump Station

592 $17,405 22,048 0 $3,748.11 4.64 $0.17 $0.00

Tinton Green Estates Pump Station

400 $11,760 2,490 0 $522.83 22.49 $0.21 $0.00

Hance Avenue Pump Station 592 $17,405 9,664 0 $1,739.52 10.01 $0.18 $0.00

Tinton Avenue Pump Station 448 $13,171 3,599 0 $683.86 19.26 $0.19 $0.00

Leland Terrace Pump Station 160 $4,704 916 0 $192.45 24.44 $0.21 $0.00

Sam Drive Pump Station 400 $11,760 9,191 0 $1,562.47 7.53 $0.17 $12.00

Jumping Brook Pump Station 590 $17,346 7,120 0 $1,210.45 14.33 $0.17 $0.00


This measure is not recommended. The stations with higher savings should verify the process electrical usage during the heating season. Seasonal variation of process usage was not accounted for in the bin hour model. The variation may also be due to higher set points for electric heaters in the different locations. Electric heater controls and set points should be inspected for proper functionality.

4.3 Alternative Energy Sources 4.3.1 Photovoltaic Solar Energy System Overview

Photovoltaic (PV) cells convert energy from sunlight directly into electrical energy through the use of silicon semi conductors, diodes and collection grids. Several PV cells are then linked together in a single frame of module to become a solar panel. PV cells are able to convert the energy from the sun into electricity. The angle of inclination of the PV cells, the amount of sunlight available, the orientation of the panels, the amount of physical space available and the efficiency of the individual panels are all factors that affect the amount of electricity that is generated.

Based on the estimated cumulative total available roof area, calculations determine that the installation of four (4) systems with a total rating of approximately 320 kW will be appropriate for the four (4) buildings listed below. An additional calculation was done for a ground mounted system that can be installed at the pump station locations. This system has a rating of 1.25 kW.

As part of this energy audit, a preliminary engineering feasibility study of the existing building sites to support solar generation facilities was completed consisting of the following tasks:

Site visit by CDM engineers;

Satellite Image Analysis and Conceptual design and layout of the photovoltaic system;

Design and construction cost estimates;

Determine a preliminary design for the size and energy production of the solar system.


4‐14

The total unobstructed available area of each section of roof having a southern exposure for the existing buildings were evaluated. It is important to note that the structural integrity of the roofs was not confirmed during CDM’s site visit, therefore, buildings may require some degree of roof reinforcing work prior to the implementation of a roof mounted solar system.

In the case of the flat areas, the PV system sizing and kWh production was calculated assuming the installation of a crystalline module facing south direction (180 Degree Azimuth) and tilted approximately 20 degrees to allow better rain water shedding and snow melting. Please note that the kWh production as well as system size may differ significantly based on final panel tilt selected during the RFP and design phase.

Blended electric rates were used based on actual utility bills and were applied for the facility.

The following is a preliminary study on the feasibility of installing PV solar systems at four (4) buildings, and also for the one (1) ground mounted system to generate a portion of each facility’s electricity requirements. Each system is designed to offset the electric purchased from the local utility and not as a backup or emergency source of power.

In order to determine the best location for the installation of the PV solar system, a satellite image analysis and site walkthrough of the buildings was performed during the week of February 4, 2011.

Also, as part of the assessment, CDM investigated possible locations for electrical equipment that need to be installed such as combiner boxes, disconnect switches and DC to AC inverters. Consideration was also given to locations of interconnection between the solar system and building’s electrical grid.

Table 4.3‐1 provides a summary of all proposed roof mounted PV systems for Borough. The Project Team conducted facility walkthroughs and utilized satellite image analysis and to determine the estimated total available area, then calculated the potential capacity of a solar array system for each location. It should be noted that the interconnection point for the PV system will require a modification or replacement of the existing service entrance equipment wherein the PV system feeder connections will have to be made after the main circuit breaker, and protective relaying will also have to be implemented. Any connection points would have to meet NEC and local utility requirements. Further investigation and verification of existing electrical equipment at each location would be required prior to implementation of a PV system. See section 2 for a detailed description of each building’s roof type.

Table 4.3‐1

Proposed Solar System Summary

Location Roof Type Proposed PV Array Size (kW DC) Service Size

Tinton Falls Borough Hall Flat/Sloped 42 800A/480Y277V

Library Flat 28 100A/240V

Public Works Building Flat 200 600A/208Y120V

EMS South Flat 50 200A/208Y120V

Ground Mounted at Pump Stations NA 1.25 Various


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Fixed Tilt System

4.3.1.1 Basis for Design and Calculations

The proposed Photovoltaic (PV) Power systems outlined in Table 4.3‐1 for each facility are comprised of the PV arrays, inverter(s), combiner boxes, disconnect switches, and all of the necessary wiring and interconnection equipment. The solar panels will be mounted onto the roof. The array outputs will feed power into the DC to AC inverters. AC outputs will then be connected at each building’s electrical service as outlined above. Pending further engineering analysis of the roofs, it is yet to be determined if the solar arrays will be installed using a self‐ballasting system, or roof penetration system, or a combination of both.

The most common roof mounted system is referred to as a (“fixed tilt”) system typically mounted to a metal rack that can be fixed at a specific angle. There are also (“tracking systems”) or movable along one or two axes to follow the position of the sun during the day. For a roof‐mounted PV system, tracking systems are very rarely installed and are usually used for ground‐mounted systems only, as they require more complex racks and higher maintenance costs. For the “fixed” system, the tilt is determined based on the following factors: geographical location, total targeted kWh production, seasonal electricity requirements and weather conditions such as wind. Ideally, the module tilt for Central NJ should be 25‐35 degrees with an azimuth as close as possible to 180 (south); however, experience has shown that PV systems are typically installed at a tilt of 20degrees or lower in order to avoid any issues with wind and to maximize total system size.

The type of PV panels and equipment used to mount the system shall be determined based on the wind conditions and structural integrity of the roof determined during the design phase of the project. In general, penetration/tie‐down systems, non‐penetrating ballasted type systems, or a combination of the two should be considered.

Calculation of PV System Yield

An industry accepted software package PV Watts was used to calculate projected annual electrical production of the crystalline silicon PV system in its first year. Results of this calculation are summarized in Table 4.3‐2. The PV systems were designed to provide maximum kWh production based on available roof space.


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Table 4.3‐2

Summary of Solar (PV) Systems

Building

Square Footage Available

(ft2)

Size (kW DC)

First Year Solar kWh

Production

First Year Energy Savings

SRECs AROI IRR NPV Lifetime Savings

(25 Years)

Tinton Falls Borough Hall 4,200.0 42 51,492.0 $8,238.72 $11,585.70 (0.85%) (2.45%) ($285,767.2) $300,377.7

Library 2,800.0 28 34,328.0 $5,835.76 $7,723.80 (1.07%) (2.87%) ($224,327.3) $212,767.5

Public Works Building 20,000.0 200 245,200.0 $41,684.00 $55,170.00 (0.13%) (0.76%) ($834,481.0) $1,519,768.0

EMS South 5,000.0 50 61,300.0 11034 13792.5 (0.57%) (1.60%) ($288,351.0) $402,291.5

Ground Mounted at Pump Stations 125.0 1.25 1,532.5 306.5 344.8125 (2.63%) NA ($34,632.8) $11,174.8


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4.3.2 Geothermal Energy

Geothermal systems utilize the constant temperature of the earth throughout the year (at depths from 5 ft. to 1,000 ft. the earth temperature remains at 53 deg. F) as the primary source of energy for the heating/cooling and domestic hot water production. Additionally, since the earth is maintained at a constant temperature from heat absorbed from the sun this energy is considered a “renewable resource,” and therefore is not as reliant on existing supplies of fossil fuels

Even though this application requires significantly higher up‐front costs, it has several advantages over conventional HVAC systems such as substantially lower operating and maintenance costs. The life span of the system is longer than conventional heating and cooling systems. Most loop fields are warranted for 25 to 50 years and are expected to last at least 50 to 100 years. However, it is important to note that geothermal systems are more difficult to install in existing facilities and require higher capital cost due to having to complete significant infrastructure changes. Soil conditions in the area surrounding the facilities must be conducive to conducting heat to provide adequate performance.

For existing buildings and facilities, CDM has found that geothermal energy systems do not provide enough energy savings to offset the significant initial capital costs. Additionally, minimal incentives and grants are available to help offset the costs associated with implementations of these types of systems. CDM therefore does not recommend implementation of a geothermal energy system.

4.3.3 On‐Site Wind Power Generation

On‐site wind power generation typically utilizes a form of turbine, which is rotated with the flow of wind across it, this rotational force powers a generator, producing DC electricity. The DC electricity is then converted into AC electricity, which can be used for commercial power, or can be fed back into the power grid, reducing the overall electric demand. The size of the turbine is proportional to the amount of wind and concurrently the amount of energy it can produce.

CDM has determined that it is economically feasible for the Borough to install wind turbine energy systems at its facilities. This is primarily due to a 15.6 year payback for electrical energy produced at average wind speeds. There are many other incentives that could possibly provide additional funding which would reduce the payback period further.

Utilizing NASA’s Atmospheric Science Data Center online wind mapping tool, it was determined that the local average wind speeds for the Borough ranged from 4.36 m/s to 6.3 m/s at 42.7 meters above the ground. In general, around 7mph of average wind speed, as determined over the course of a year, is necessary to “fuel” the turbine. These values fall within the range of feasibility for installation of a new wind turbine system.

For the purposes of this feasibility analysis, CDM chose a 35kW Endurance G‐3120 wind turbine. Please refer to Appendix L for vendor information. This turbine size is used most often for small commercial applications. Power Curve data was determined through the use of the product specification sheets on vendor websites. Actual turbine size, height, location, and manufacturer should be determined upon design of a wind turbine system.


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The estimated wind speed data, associated wind probability distribution function (weibull value), turbulence losses, and other relevant data were then incorporated into Wind Cad to estimate the annual output for the wind turbine. Refer to Appendix I for Wind Cad Modeling.

Table 4.3‐3 includes a simple payback analysis for the installation of one wind turbine energy system. Refer to Appendix J for a more detailed wind turbine financing spreadsheet, including utility cost avoidance and REC’s.

Table 4.3‐3

Simple Payback Analysis for Wind Turbine Energy System

Parameter

Wind Turbine (Minimum Site Wind Speed – 4.36 m/s)

Wind Turbine (Maximum Site Wind Speed – 6.3 m/s)

Wind Turbine (Average Site Wind Speed –5.41 m/s)

Engineer’s Opinion of Probable Cost $450,000 $450,000 $450,000

1st Year Production 74,405.0 154,347.0 120,107.0

Annual Estimated Electric Savings $11,905 $24,696 $19,217

Annual Estimated REC Revenue $1,860 $3,859 $3,003

Project Simple Payback 26.9 years 11.5 years 15.6 years

Annual Return On Investment (AROI) (0.28%) 4.66% 2.41%

Lifetime Energy Savings (25 years) $434,040 $900,380 $700,642

Internal Rate of Return (IRR) 1.44% 9.16% 6.04%

Net Present Value (NPV) ($66,583) $298,951 $142,389

*Refer to Appendix J for Wind Cad Modeling It should be noted that CDM used only REC values in determining simple payback periods. As stated above, other incentives and financial programs such as Power Purchase Agreements are available to help finance this installation. For example, if a Power Purchase Agreement is completed, the private company financing the project would benefit from the 30% tax credit. Other incentives such as CREB's and first year usage incentives could be available to the Borough in lowering the payback period. Refer to www.dsireusa.org for an extensive listing of possible incentives for New Jersey.

It should also be noted that the wind turbine represented above is for feasibility purposes only. If the Borough decides to install a wind turbine system(s), different mounting heights, turbine sizes, and manufacturers should be considered. In addition, permits may be required for installation according to local zoning laws. The FAA must also be notified in order to give clearance for the tower, and for installation of aviation safety lights if necessary.

4.3.4 Motor Upgrades

The goal of this section is to present any energy conservation measures related to upgrading motors to premium efficiency models that may be cost beneficial.

To model the expected energy savings from upgrading motors to premium efficiency models, MotorMaster+ 4.0 software was utilized. Additional installation and labor costs were modeled using CostWorks software.


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Please note that the Engineer’s Estimate of Probable Construction Costs presented herein are estimates based on historic data compiled from similar installations and engineering opinions. Additional engineering will be required for each measure identified in this report and final scope of work and budget cost estimates will need to be confirmed prior to the coordination of project financing. Results of this calculation are summarized in Table 4.3‐4 below.

In addition, several of the motors surveyed had unreadable nameplate data. Therefore, CDM has assumed standard NEMA efficiencies for these motors for analysis. Refer to Appendix K for individual motor information.


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Table 4.3‐4

Summary of Motor Upgrades

Building Cost Incentive Total Cost Energy Savings

Simple Payback

IRR AROI NPV Lifetime Savings

Woodland Manor Pump Station $1,888.88 $108.00 $1,780.88 $197.09 9.0 12.97% 7.07% $2,811 $7,186

Riveredge Pump Station $1,888.88 $108.00 $1,780.88 $217.83 8.2 14.21% 8.23% $3,295 $7,942

Squankum Road Pump Station $6,632.63 $234.00 $6,398.63 $860.33 7.4 15.60% 9.45% $13,648 $31,367

Jumping Brook Pump Station $10,548.38 $396.00 $10,152.38 $1,257.43 8.1 14.39% 8.39% $19,147 $45,845

Wardell Road Pump Station $4,045.13 $180.00 $3,865.13 $549.59 7.0 16.48% 10.22% $8,941 $20,037


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4.3.5 Additional Measures

It may be possible to reduce the plug load of the facilities even further with the implementation of smart strips and energy star appliances. Smart Strips save energy by electronically unplugging all of the devices that are plugged into the “Automatically Switched outlets” when the device plugged into the control outlet is turned off. It is important to note that CDM is not suggesting that computers be plugged into the automatically switched off outlets, as there would be potential for the computers to be shut off mid‐operation. There are a vast amount of computer peripherals that are typically left on after a computer is shut off, including monitors, scanners, printers and DSL/Cable modems. These peripherals can be plugged into the automatic outlets.

A standard Smart Strip has one ‘control’ outlet, six (6) outlets that are automatically switched off when the control device is and three (3) outlets that are always hot. An example of how the Borough can implement the use of Smart Strips office or library settings is to plug a computer into the control outlet, five (5) monitors and a personal printer (8 W in standby mode) into the automatic outlets and three (3) computers into the always hot outlets. An LCD monitor can use up to 34W; in standby mode the monitor utilizes 1 – 2W. A CRT monitor typically utilizes around 75W. The following table 4.3‐5 summarizes the payback of a Smart Strip, assuming 5 LCD monitors and 1 printer are automatically powered down that would otherwise been left on 8 hours/day and in standby mode 16 hours/day, 5 days/week for 9 months.

Table 4.3‐5: Simple Payback

Smart Strip Application Example

Predicted Annual Savings – 5 LCD monitors, 1 printer (kWh) $308

*Total Annual Savings $52.4

Initial Capital Cost $40

Simple Payback (years) 0.75

Lifetime Energy Savings (15 years) $786

*Aggregate Cost of $.17/kWh taken from the Borough Hall

The following Table 4.3‐6 summarizes other applications for the Smart Strip that may be applicable throughout the buildings:

Table 4.3‐6 Applications for Smart Strips

Control Outlet Switched Outlets

Computer Monitors, printers, scanners, lamps

TV VCR, DVD player, cable box

Lamp Stereo, space heater

The Borough should continue to implement Energy Star appliances. This is recommended on an ‘as‐needed’ basis.

In addition to replacing old appliances with Energy Star appliances, the following two maintenance procedures can work to save the energy consumed by the refrigerators. One is cleaning dirty condenser coils, twice a year. A refrigerator’s condenser coils and cooling fins are located either under the unit behind a grille in the front or on the back of the appliance. The coils can be cleaned with a brush or vacuum cleaner hose. The second source of wasted energy associated with a refrigerator is the door seal. Realigning the door or replacing a no longer airtight door seal will work to improve energy efficiency.

Section 5

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Section 5 Evaluation of Energy Purchasing and Procurement Strategies

5.1 Energy Deregulation In 1999, New Jersey State Legislature passed the Electric Discount & Energy Competition Act (EDECA) to restructure the electric power industry in New Jersey. This law, the deregulation of the market, allowed all consumers to shop for their electric supplier. The intent was to create a competitive market for electrical energy supply. As a result, utilities were allowed to charge Cost of Service and customers were given the ability to choose a third party supplier. Energy deregulation in New Jersey increased the energy buyers’ options by separating the function of electricity distribution from that of electricity supply.

CDM obtained a third party energy supplier quote for the Borough, and unfortunately, the rates offered by the third party energy supplier were not competitive with the Jersey Central Power and Light (JCP&L) utility rates that the Borough is currently paying. Therefore, CDM does not recommend that the Borough switch to a third party energy supplier at this time.

To sell electric generation service in New Jersey, electric power suppliers must be licensed by the New Jersey Board of Public Utilities (NJ BPU). They must also be registered with the local public utility (JCP&L) to sell electric service in that utility’s service areas. The following suppliers are licensed with the NJ BPU and are registered to sell electric service in the JCP&L service territory:

Amerada Hess Corp

BOC Energy Services

Con Edison Solutions, Inc.

Constellation New Energy, Inc.

Direct Energy, LLC.

First Energy Solutions Corp.

Glacial Energy

Integrys Energy Service

Liberty Power

Pepco Energy Services, Inc.

PP&L Energy Plus, LLC.

Reliant Energy Solutions East, LLC.

Sempra Energy Solutions

Section 5 Evaluation of Energy Purchasing and Procurement Strategies

5‐2

South Jersey Energy

Strategic Energy LLC

Suez Energy Resources NA, Inc.

UGI Energy Services

5.2 Demand Response Program Demand Response is a program through which a business can make money on reducing their electricity use when wholesale electricity prices are high or when heavy demand causes instability on the electric grid, which can result in voltage fluctuations or grid failure. Demand Response is an energy management program that compensates the participant for reducing their energy consumption at critical times. Demand Response is a highly efficient and cost effective means of reducing the potential for electrical grid failure and price volatility and is one of the best solutions to the Mid‐Atlantic region’s current energy challenges.

The program provides at least 2 hours advance notice before curtailment is required. There is typically 1 event a year that lasts about 3 hours in the summer months, when demand for electricity is at its highest.

Participation in Demand Response is generally done through companies known as Curtailment Service Providers, or CSPs, who are members of PJM Interconnection. There is no cost to enroll in the program and participation is voluntary, for instance, you can choose when you want to participate. In most cases, there is no penalty for declining to reduce your electricity use when you’re asked to do so. The event is managed remotely by notifying your staff of the curtailment request and then enacting curtailment through your Building Management System. CSPs will share in a percentage of your savings, which may differ among various CSPs, since there may be costs associated with the hardware and /or software required for participation, so it is recommended that a number of CSPs be contacted to review their offers.

Section 6

6‐1

Section 6 Ranking of Energy Conservation and Retrofit Measures (ECRM)

6.1 ECRMs The main objective of this energy audit is to identify potential Energy Conservation and Retrofit Measures and to determine whether or not the identified ECRM’s are economically feasible to warrant the cost for planning and implementation of each measure. Economic feasibility of each identified measure was evaluated through a simple payback analysis. The simple payback analysis consists of establishing the Engineer’s Opinion of Probable Construction Cost estimates; O&M cost savings estimates, projected annual energy savings estimates and the potential value of New Jersey Clean Energy Rebates or Renewable Energy Credits, if applicable. The simple payback period is then determined as the amount of time (years) until the energy savings associated with each measure amounts to the capital investment cost.

As discussed in Section 3, aggregate unit costs for electrical energy delivery and usage and natural gas delivery and usage, which accounts for all demand and tariff charges at each complex, was determined and utilized in the simple payback analyses.

In general, ECRMs having a payback period of 20 years or less have been recommended and only those recommended ECRMs within Section 4 of the report have been ranked for possible implementation. The most attractive rankings are those with the lowest simple payback period.

Ranking of ECRMs has been broken down into the following categories:

Lighting Systems

HVAC Systems

Solar Systems

Wind Systems

Motor Upgrades

6.1.1 Lighting Systems

Table 6.1‐1 includes the recommended ECRMs to provide energy savings for all building lighting systems, which include the installation of energy‐efficient luminaires and occupancy sensors. A detailed discussion on building lighting systems is presented in Section 4.1.

Section 6 Ranking of Energy Conservation and Retrofit Mesures (ECRM)

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Table 6.1‐1

Ranking of Energy Savings Measures Summary – Lighting System Retrofits

Complex Retrofit Cost

Incentives Total Cost Annual Fiscal Savings


EMS South ‐ Total $14,096.10 $0.00 $14,096.10 $8,403.90 1.6

Sam Drive Pump Station ‐ Total $264.50 $0.00 $264.50 $98.70 1.7

Shrewsbury Avenue Pump Station ‐ Total $71.90 $0.00 $71.90 $9.20 2

Hance Avenue Pump Station ‐ Total $71.90 $0.00 $71.90 $9.20 2

Public Works Building ‐ Total $45,278.40 ($5,100.00) $40,178.40 $16,845.10 2.3

Tinton Avenue Pump Station ‐ Total $907.10 ($70.00) $837.10 $207.90 3.1

Library ‐ Interior $4,014.90 $0.00 $4,014.90 $956.00 4

Jumping Brook Pump Station ‐ Total $829.40 ($70.00) $759.40 $163.50 4

Tinton Falls Borough Hall ‐ Total $92,388.10 ($3,500.00) $88,888.10 $19,014.90 4.6

6.1.2 HVAC Systems

Table 6.1‐2 includes the recommended ECRM to provide energy savings for building HVAC systems, which provide a simple payback of less than 20 years. A detailed discussion on building HVAC systems is presented in Section 4.2.

Table 6.1‐2

Ranking of Energy Savings Measures Summary – HVAC System Upgrade

Building Measure

Retrofit Cost Incentives Total Cost Annual Fiscal

Savings


Borough Hall HVAC Controls

$8,000 $0 $8,000 $1,659 4.8

6.1.3 Solar Energy

Implementation of new solar energy systems has been evaluated to determine the economic feasibility for furnishing and installing such systems. Based on the simple payback modeling performed, it would not benefit the Borough to further investigate installing the solar energy systems. This is primarily based on the initial upfront capital investment required for a solar energy system installation and an acceptable payback period. Table 6.1‐3, includes a ranking of the solar energy ECRMs evaluated for the Borough.

Table 6.1‐3

Ranking of Energy Savings Measures Summary – Solar Energy Systems

Building Retrofit CostAnnual SREC

CreditAnnual Fiscal

Savings


Public Works Building $2,375,000.00 $55,170.00 $41,684.00 25.8

EMS South $687,500.00 $13,792.50 $11,034.00 29.1


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Table 6.1‐3

Ranking of Energy Savings Measures Summary – Solar Energy Systems

Building Retrofit CostAnnual SREC

CreditAnnual Fiscal

Savings


Tinton Falls Borough Hall $597,500.00 $11,585.70 $8,238.72 31.8

Library $440,000.00 $7,723.80 $5,835.76 34.2

Ground Mounted at Pump Stations $45,312.50 $344.80 $306.50 73.0

6.1.4 Wind Energy

Implementation of new wind energy systems has been evaluated to determine the economic feasibility for furnishing and installing such systems. Based on the simple payback modeling performed, it would benefit the Borough to further investigate installing the wind energy systems. This is primarily based on the initial upfront capital investment required for a wind energy system installation and an acceptable payback period. Table 6.1‐5, includes a ranking of the wind energy ECRMs evaluated for the Borough.

Table 6.1‐5

Ranking of Energy Savings Measures Summary – Wind Turbine Energy System

Parameter Wind Turbine

(Minimum Site Wind Speed – 4.36 m/s)

Wind Turbine (Maximum Site Wind Speed – 6.3 m/s)

Wind Turbine (Average Site Wind Speed –5.41 m/s)

Engineer’s Opinion of Probable Cost $450,000.00 $450,000.00 $450,000.00

Renewable Energy Incentive Program ($80,403.00) ($120,374.00) ($103,254.00)

Total Cost $369,597.00 $329,626.00 $346,746.00

1st Year Production (kWh) 74,405.00 154,347.00 $120,107.00

Annual Estimated Electric Savings $11,905.00 $24,696.00 $19,217.00

Annual Estimated REC Revenue $1,860.00 $3,859.00 $3,003.00

Project Simple Payback 26.9 years 11.5 years 15.6 years

6.1.5 Motor Upgrades and VFD Additions

Table 6.1‐6 includes the recommended ECRM to provide energy savings by upgrading motors to premium efficiency models. A detailed discussion on motor upgrades is presented in Section 4.3.4.

Table 6.1‐6

Ranking of Energy Savings Measures Summary – Motor Upgrades and VFD Additions

Building & Measure Engineer’s Opinion of

Probable Cost Incentives Total Cost

Annual Fiscal Savings


Wardell Road Pump Station $4,045.13 ($180.00) $3,865.13 $549.59 7.0

Squankum Road Pump Station $6,632.63 ($234.00) $6,398.63 $860.33 7.4


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Table 6.1‐6

Ranking of Energy Savings Measures Summary – Motor Upgrades and VFD Additions

Building & Measure Engineer’s Opinion of

Probable Cost Incentives Total Cost

Annual Fiscal Savings


Jumping Brook Pump Station $10,548.38 ($396.00) $10,152.38 $1,257.43 8.1

Riveredge Pump Station $1,888.88 ($108.00) $1,780.88 $217.83 8.2

Woodland Manor Pump Station $1,888.88 ($108.00) $1,780.88 $197.09 9.0

Section 7

7‐1

Section 7 Grants, Incentives and Funding Sources

7.1 Renewable Energy 7.1.1 Renewable Energy Certificates (NJ BPU)

As part of New Jersey’s Renewable Portfolio Standards (RPS), electric suppliers are required to have an annually‐increasing percentage of their retail sales generated by renewable energy. Electric suppliers fulfill this obligation by purchasing renewable energy certificates (RECs) from the owners of solar generating systems. One REC is created for every 1,000 kWh (1 MWh) of renewable electricity generated. Although solar systems generate electricity and SRECs in tandem, the two are independent commodities and sold separately. The RPS, and creation of RECs, is intended to provide additional revenue flow and financial support for renewable energy projects in New Jersey. Class I RECs, which include electricity generation from wind, wave, tidal, geothermal and sustainable biomass typically trade at around $25/MWh. RECs generated from solar electricity, or SRECs, trade at $550/MWh due to supplemental funding from NJ PBU. The supplemental funding will decrease over time to $350/MWh.

7.1.2 Clean Energy Solutions Capital Investment Loan/Grant (NJ EDA)

NJ EDA in cooperation with NJ DEP is offering interest‐free loans and grants for energy efficiency, combined heat and power (CHP) and renewable energy projects with total project capital equipment costs of at least $1 million. The interest‐free loans are available for up to $5 million, a portion of which may be issued as a grant. The most recent round was closed as of October 2009, but new CESCI program updates will be posted at www.njeda.com. For additional information, contact [email protected] or call 866‐534‐7789.

7.1.3 Renewable Energy Incentive Program (NJ BPU)

The Renewable Energy Incentive Program (REIP) provides rebates for installing solar, wind, and sustainable biomass systems in Smart Growth regions. Rebates of $1.00 per watt are available for solar electricity projects up to 50 kW in capacity. Wind systems can receive rebates up to $3.20 per expected kWh produced. Sustainable biomass rebates start at $4.00 per watt installed with a maximum incentive amount of 30 percent of project costs. REIP will give out $53.25 million in rebates from 2009 ‐ 2012. Project owners must complete the Pay for Performance Program, Direct Install or Local Municipal audit, or the rebate will be reduced by $0.10 per watt. For more information on REIP, please see www.njcleanenergy.com.

7.1.4 Grid Connected Renewables Program (NJ BPU)

The New Jersey Grid Connected Renewables Program offers competitive incentives for wind and sustainable biomass electricity generation projects larger than 1 Megawatt (MW). Applications for the most recent round of funding, which totaled $6 million, were due January 8, 2010. Requests for Proposals (RFPs) for the next round will be posted at www.njcleanenergy.com and


7‐2

www.state.nj.us/bpu. A total of roughly $16 million is available for incentives under this program during 2010. Most of the incentives offered under this program will take the form of a payment for energy production ($/MWh) once the project is operating. Incentives range up to $58.49/MWh for publicly‐owned wastewater biogas projects. Up to 10% of the incentive may be requested in the form of a lump grant to cover up‐front costs such as financing fees, interconnection fees, project design, permitting, and construction costs.

7.1.5 Utility Financing Programs

All four Electric Distribution Companies (EDCs) in New Jersey have developed long term contracting or financing programs for the development of solar energy systems. In all of the programs, Solar Renewable Energy Credits (SRECs) generated by the solar energy systems will be sold at auction to energy suppliers who are required to purchase a certain quantity of SRECs to meet their Renewable Portfolio Standard requirements.

7.1.6 Renewable Energy Manufacturing Incentive (NJ BPU)

New Jersey’s Renewable Energy Manufacturing Incentive (REMI) program provides rebates to purchase and install solar panels, inverters, and racking systems manufactured in New Jersey. Rebates for panels start at $0.25 per watt and rebates for racking systems and inverters start at $0.15 per watt for solar projects up to 500 kW in capacity. To be eligible for REMI, applicants must apply to either the Renewable Energy Incentive Program (REIP) or the SREC Registration Program (SRP).

7.1.7 Clean Renewable Energy Bonds (IRS)

CREBs are 0% interest bonds typically issued for up to approximately $3.0 million administered by the Internal Revenue Service (IRS). Last year, $2.2 billion in CREBs was allocated to municipal entities to fund 610 renewable energy projects, including anaerobic digestion. IRS has been allocating funding for CREBs annually since 2005. Last year, IRS solicited applications starting in April, which were due in August. The IRS is expected to receive additional funding for CREBs and release another round of solicitations in 2010.

7.1.8 Qualified Energy Conservation Bonds (IRS)

These IRS 0% interest bonds are very similar to CREBs except they are allocated based on state and county population. New Jersey was allocated $90 million as part of the ARRA stimulus fund. QECBs are typically distributed through municipal bond banks or state economic development agencies.

7.1.9 Global Climate Change Mitigation Incentive Fund (US EDA)

The Economic Development Agency (part of the U.S. Department of Commerce) administers the GCCMIF to public works projects that reduce greenhouse gas emissions and creates new jobs. In FY 2009, $15 million was allocated to the fund, and additional funding is expected to be allocated in FY 2010. Applications are due on a rolling basis. The program does not have a maximum grant amount but does limit the grant to 50 percent of the project cost.

7.1.10 Private Tax‐Exempt Financing

Similar to traditional municipal bond financing, there are many private financial service companies that offer a myriad of options for tax‐exempt financing of municipal projects. The providers of these services suggest that this capital can be offered at competitive rates in an expedited timeframe and with fewer complications when compared to traditional municipal financing methods. Though these factors would need to be compared on a case‐by‐case basis, the one distinct advantage to private financing on the current project would likely be the flexibility to structure payments to meet budget needs with consideration given


7‐3

to the terms and conditions of existing loan and/or bond agreements. For example, this mechanism could be used to limit the initial debt payments when the current bond debt is the greatest and the operations savings of the project has yet to be fully realized. It should also be noted that, in many cases, the construction and long term financing can be rolled into a single private financing agreement. Also, in some instances, equipment manufacturers have the ability to offer competitive financing terms (e.g. Siemens Financial Services Corporation), though financing from these sources is generally contingent upon a substantial portion of the project cost (~20% to 30%) being for their respective equipment.

7.1.11 Performance Based Contracts (ESCOs)

A second financing alternative for a project of this nature would be to enter into a Performance Based Contract with an Energy Services Company (ESCO). The premise of this type of contract is that it requires no initial municipal capital contributions in order to implement the project ‐ instead relying on future operations cost savings and/or energy production, to fund the annual payments. Prior to entering into an agreement for the funding of the project, an ESCO would perform an energy audit and/or conceptual studies to confirm future energy cost savings or energy production inherent with the projects implementation and operation. The contract would then be formulated based on some measurable parameter(s) (sludge reduction, energy production, etc.) which would be verified by measurement throughout the contract duration. The savings in energy costs or energy production would then be used to pay back the capital investment of the project over the contract time period (typically on the order of 10‐years or less). The ESCO would guarantee the agreed upon energy savings or energy production. If the project does not meet energy savings or production commitments, the ESCO pays the owner the equivalent difference.

With this funding alternative, the ownership and operation of the facility would be maintained by the original owner. A performance contract may also include ESCO operation and maintenance of the energy‐related facilities if that were deemed appropriate. Significant ESCO’s with experience in this area include Siemens Building Technologies, Chevron and Johnson Controls. CDM has functioned in several roles on performance based contracts including being the owner’s representative and, on different contracts, providing design‐build services (as a subcontractor to the ESCO). CDM can provide additional experience‐based information upon request.

7.1.12 Power Purchase Agreements (SPCs)

More commonly referred to as a Build‐Own‐Transfer (BOT) agreement in the Water/Wastewater industry, a Power Purchase Agreement (PPA) also delivers a project with no initial capital contribution by the original owner. In this model, a Special Purpose Company (SPC) created by a developer, would own the energy production facilities. Within the framework of a PPA, a SPC will typically lease property from the owners for construction and operation of the new facilities. The funding and construction of the new facilities would be performed by the SPC who would then own and operate the facilities for the duration of the contract (typically 20 to 30 years). Throughout that period of time, the original owner would purchase power from the SPC at a pre‐negotiated rate which would take into account the initial capital cost, operation and maintenance of the constructed facility, ancillary benefits of the project and investor returns on investment. For renewable energy, financial incentives may enable this financing approach to compete favorably with utility power tariffs. Incentives include state and local tax credits, renewable energy credits, and Federal energy production tax credits or energy investment tax credits. It is expected that a number of experienced companies and developers may be interested in a PPA for New Jersey municipal renewable energy projects.


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7.2 Energy Efficiency 7.2.1 Introduction

New Jersey's Clean Energy Program (NJ CEP) promotes increased energy efficiency and the use of clean, renewable sources of energy including solar, wind, geothermal, and sustainable biomass. The results for New Jersey are a stronger economy, less pollution, lower costs, and reduced demand for electricity. NJCEP offers financial incentives, programs, and services for residential, commercial, and municipal customers.

NJCEP reduces the need to generate electricity and burn natural gas which eliminates the pollution that would have been caused by such electric generation or natural gas usage. The benefits of these programs continue for the life of the measures installed, which on average is about 15 years. Thus, the public receives substantial environmental and public health benefits from programs that also lower energy bills and benefit the economy.

7.2.2 New Jersey Smart Start Buildings Program (NJ BPU)

The New Jersey Smart Start Buildings Program offers rebate incentives for several qualifying equipment such as high efficient premium motors and lighting, and lighting controls.

Incentive information and incentive calculation worksheets are provided for the various new equipment installation identified in this report and are included in Appendix G.

7.2.3 Pay for Performance Program (NJ BPU)

Another program offered through the New Jersey Smart Start Program, is the Pay for Performance Program. Commercial, industrial and institutional buildings are eligible for participation if not already receiving Energy Efficiency and Conservation Block Grants.

Incentives are available for buildings that are able to present an Energy Reduction Plans that reduce the building’s current energy consumption by 15% or more, in addition to incentives for installing the recommended measures and incentives for presenting the energy savings in a post‐construction benchmarking report. No more than 50% of the total energy savings may be derived from lighting retrofits. In addition, the total energy savings of 15% may not come from the implementation of one energy savings measure. The incentive structure is provided in Appendix F.

The recommended ECRM’s presented in this report are expected to warrant participation in this program.

7.2.4 Direct Install (NJ BPU)

Owners of existing small to mid‐size commercial and industrial facilities with a peak electric demand that did not exceed 200 kW in any of the preceding 12 months are eligible to participate in Direct Install. Buildings must be located in New Jersey and served by one of the state’s public, regulated electric or natural gas utility companies.

This program will cover up to 80% of the retro‐fitting costs associated with the use of new energy efficient equipment. Lighting, HVAC, refrigeration, motors, natural gas systems, and variable frequency drives are covered under the Direct Install program.

The buildings covered under this audit that are potentially eligible for participation in the Direct Install Program, based on the requirement to have not exceeded a peak demand of 200 kW in the preceding 12 months, are the Borough Hall, Library, Public Works Building and EMS South. The Direct Install Program is designed to fast‐track project implementation so energy savings can be realized sooner rather than later.


7‐5

The steps for participation are to contact the contractor assigned and trained to provide Direct Install services in your County and schedule an Energy Assessment with this contractor. The contractor will assist in completing the Program Application and Participation Agreement.

The Energy Assessment with the participating contractor will work to determine which conservation measures qualify and the resulting project cost. Following this assessment, a scope of work will be finalized and installation will be arranged. Following completion of the installation a ‘project completion form’ must be submitted to the program representative assigned to the project.

The contractor for Monmouth County is:

Hutchinson Mechanical Services Ed Hutchinson or Mike Hutchinson

Phone: 888‐777‐4501 Email: [email protected]

Any additional information on the Direct Install Program can be obtained by calling 866‐NJSMART or by e‐mail to [email protected]

Appendix A

Electric Bills for Plots ‐ Hance Ave Pump Station

Month Combined (KWH) Demand (KW)January 5634 19

January 2007 -$ 0 0.0 #DIV/0! February 4605 26

February 2007 -$ 0 0.0 #DIV/0! March 3870 26

March 2007 -$ 0 0.0 #DIV/0! April 3076 26

April 2007 -$ 0 0.0 #DIV/0! May 3168 21

May 2007 -$ 0 0.0 #DIV/0! June 3013 20

June 2007 -$ 0 0.0 #DIV/0! July 4145 25

July 2007 -$ 0 0.0 #DIV/0! August 3967 26

August 2007 -$ 0 0.0 #DIV/0! September 1547 21

September 2007 -$ 0 0.0 #DIV/0! October 3524 21

October 2007 -$ 0 0.0 #DIV/0! November 5429 21

November 2007 -$ 0 0.0 #DIV/0! December 5851 22

December 2007 -$ 0 0.0 #DIV/0! Total 47828

January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!

Comments Month Cost Per kWhMeasured DemandTotal KWHTotal Electric ChargesYear

1000

2000

3000

4000

5000

6000

Electrical U

se (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 986.13$ 5851 21.6 0.17$

January 2009 943.38$ 5634 19.0 0.17$

February 2009 779.85$ 4605 25.5 0.17$

March 2009 670.73$ 3870 25.5 0.17$

April 2009 555.71$ 3076 25.5 0.18$

May 2009 625.21$ 3168 20.8 0.20$

June 2009 594.02$ 3013 20.4 0.20$

July 2009 797.07$ 4145 25.3 0.19$

August 2009 720.31$ 3967 25.5 0.18$

September 2009 363.84$ 1547 21.2 0.24$

October 2009 619.26$ 3524 21.2 0.18$

November 2009 923.59$ 5429 21.2 0.17$

December 2009 31.15$ 183 0.0 0.17$

0

Month

0

5

10

15

20

25

30

Electrical D

eman

d (kW

)

Month

Electric Bills for Plots ‐ Heritage Blvd Pump Station




March 2007 -$ 0 0.0 #DIV/0! April 661 4

April 2007 -$ 0 0.0 #DIV/0! May 2181 7

May 2007 -$ 0 0.0 #DIV/0! June 1055 4

June 2007 -$ 0 0.0 #DIV/0! July 879 3

July 2007 -$ 0 0.0 #DIV/0! August 974 4






January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!


500

1000

1500

2000

2500

Electrical U

se (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 282.58$ 1513 4.5 0.19$

January 2009 257.22$ 1329 3.8 0.19$

February 2009 224.09$ 1102 3.8 0.20$

March 2009 70.19$ 299 3.8 0.24$

April 2009 141.47$ 661 3.8 0.21$

May 2009 404.04$ 2181 6.5 0.19$

June 2009 227.51$ 1055 3.8 0.22$

July 2009 193.88$ 879 3.4 0.22$

August 2009 214.05$ 974 3.6 0.22$

September 2009 83.19$ 357 3.8 0.23$

October 2009 108.31$ 484 6.5 0.22$

November 2009 271.09$ 1432 4.5 0.19$

December 2009 9.23$ 49 0.0 0.19$

0

Month

0

1

2

3

4

5

6

7

Electrical D

eman

d (kW

)

Month

Electric Bills for Plots ‐ Jumping Brook Pump Station




March 2007 -$ 0 0.0 #DIV/0! April 7494 29

April 2007 -$ 0 0.0 #DIV/0! May 7217 28

May 2007 -$ 0 0.0 #DIV/0! June 8894 48

June 2007 -$ 0 0.0 #DIV/0! July 8195 48

July 2007 -$ 0 0.0 #DIV/0! August 8625 48






January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!


2000

4000

6000

8000

10000

12000

ctrical U

se (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 1,946.13$ 12000 32.4 0.16$

January 2009 1,780.21$ 10852 30.7 0.16$

February 2009 1,554.76$ 8641 48.2 0.18$

March 2009 1,371.09$ 8204 48.2 0.17$

April 2009 1,266.77$ 7494 29.2 0.17$

May 2009 1,286.74$ 7217 27.6 0.18$

June 2009 1,526.81$ 8894 48.2 0.17$

July 2009 1,421.79$ 8195 48.2 0.17$

August 2009 1,497.22$ 8625 48.2 0.17$

September 2009 1,489.49$ 8863 48.2 0.17$

October 2009 1,471.00$ 8657 30.6 0.17$

November 2009 1,641.52$ 9636 36.4 0.17$

December 2009 54.97$ 323 0.0 0.17$

0

2000

Ele

Month

0

10

20

30

40

50

Electrical D

eman

d (kW

)

Month

Electric Bills for Plots ‐ Leland Terrace Pump Station




March 2007 -$ 0 0.0 #DIV/0! April 708 0

April 2007 -$ 0 0.0 #DIV/0! May 827 0

May 2007 -$ 0 0.0 #DIV/0! June 877 0

June 2007 -$ 0 0.0 #DIV/0! July 794 0

July 2007 -$ 0 0.0 #DIV/0! August 993 0






January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!


600

800

1000

1200

1400

1600

1800

al Use (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 295.16$ 1606 0.0 0.18$

January 2009 205.19$ 983 0.0 0.21$

February 2009 103.22$ 465 0.0 0.22$

March 2009 144.08$ 674 0.0 0.21$

April 2009 150.73$ 708 0.0 0.21$

May 2009 184.43$ 827 0.0 0.22$

June 2009 193.66$ 877 0.0 0.22$

July 2009 176.29$ 794 0.0 0.22$

August 2009 218.86$ 993 0.0 0.22$

September 2009 216.89$ 1038 0.0 0.21$

October 2009 176.87$ 828 0.0 0.21$

November 2009 307.59$ 1679 0.0 0.18$

December 2009 10.41$ 57 0.0 0.18$

0

200

400

600

Electrica

Month

Electric Bills for Plots ‐ Nutmeg Court Pump Station




March 2007 -$ 0 0.0 #DIV/0! April 212 0

April 2007 -$ 0 0.0 #DIV/0! May 224 0

May 2007 -$ 0 0.0 #DIV/0! June 217 0

June 2007 -$ 0 0.0 #DIV/0! July 197 0

July 2007 -$ 0 0.0 #DIV/0! August 212 0






January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!


100

150

200

250

300

350

ctrical U

se (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 64.84$ 311 0.0 0.21$

January 2009 56.03$ 267 0.0 0.21$

February 2009 54.90$ 261 0.0 0.21$

March 2009 51.66$ 246 0.0 0.21$

April 2009 44.85$ 212 0.0 0.21$

May 2009 50.44$ 224 0.0 0.23$

June 2009 48.27$ 217 0.0 0.22$

July 2009 44.08$ 197 0.0 0.22$

August 2009 47.42$ 212 0.0 0.22$

September 2009 44.79$ 208 0.0 0.22$

October 2009 59.65$ 283 0.0 0.21$

November 2009 64.48$ 310 0.0 0.21$

December 2009 2.16$ 10 0.0 0.21$

0

50Elec

Month

Electric Bills for Plots ‐ Tinton Green Pump Station




March 2007 -$ 0 0.0 #DIV/0! April 530 4

April 2007 -$ 0 0.0 #DIV/0! May 650 3

May 2007 -$ 0 0.0 #DIV/0! June 1385 4

June 2007 -$ 0 0.0 #DIV/0! July 584 6

July 2007 -$ 0 0.0 #DIV/0! August 498 6






January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!


1000

2000

3000

4000

5000

6000

Electrical U

se (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 150.97$ 705 2.3 0.21$

January 2009 131.12$ 603 3.0 0.22$

February 2009 127.24$ 586 2.2 0.22$

March 2009 133.46$ 620 6.5 0.22$

April 2009 115.78$ 530 4.4 0.22$

May 2009 147.58$ 650 3.2 0.23$

June 2009 276.27$ 1385 4.2 0.20$

July 2009 132.02$ 584 5.8 0.23$

August 2009 115.45$ 498 5.8 0.23$

September 2009 893.51$ 5645 6.8 0.16$

October 2009 185.23$ 912 3.5 0.20$

November 2009 142.87$ 664 2.3 0.22$

December 2009 4.75$ 22 0.0 0.22$

0

E

Month

0

1

2

3

4

5

6

7

Electrical D

eman

d (kW

)

Month

Electric Bills for Plots ‐ Sam Drive Pump Station




March 2007 -$ 0 0.0 #DIV/0! April 351 0

April 2007 -$ 0 0.0 #DIV/0! May 226 0

May 2007 -$ 0 0.0 #DIV/0! June 294 0

June 2007 -$ 0 0.0 #DIV/0! July 202 0

July 2007 -$ 0 0.0 #DIV/0! August 312 0






January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!


1500

2000

2500

3000

3500

4000

al Use (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 538.06$ 3319 0.0 0.16$

January 2009 411.16$ 2448 0.0 0.17$

February 2009 452.19$ 2727 0.0 0.17$

March 2009 312.81$ 1784 0.0 0.18$

April 2009 70.92$ 351 0.0 0.20$

May 2009 50.84$ 226 0.0 0.22$

June 2009 64.31$ 294 0.0 0.22$

July 2009 45.05$ 202 0.0 0.22$

August 2009 68.04$ 312 0.0 0.22$

September 2009 46.05$ 214 0.0 0.22$

October 2009 59.67$ 283 0.0 0.21$

November 2009 600.04$ 3758 0.0 0.16$

December 2009 20.62$ 129 0.0 0.16$

0

500

1000

Electrica

Month

Electric Bills for Plots ‐ Shrewsbury Avenue Pump Station




March 2007 -$ 0 0.0 #DIV/0! April 2892 19

April 2007 -$ 0 0.0 #DIV/0! May 2097 19

May 2007 -$ 0 0.0 #DIV/0! June 2043 19

June 2007 -$ 0 0.0 #DIV/0! July 1838 15

July 2007 -$ 0 0.0 #DIV/0! August 2476 19






January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!


2000

2500

3000

3500

4000

4500

5000

al Use (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 784.84$ 4785 18.7 0.16$

January 2009 744.23$ 4480 18.7 0.17$

February 2009 598.65$ 4450 18.7 0.13$

March 2009 512.90$ 2961 18.7 0.17$

April 2009 407.89$ 2892 18.7 0.14$

May 2009 445.11$ 2097 18.9 0.21$

June 2009 404.92$ 2043 18.9 0.20$

July 2009 379.27$ 1838 15.0 0.21$

August 2009 471.87$ 2476 18.9 0.19$

September 2009 392.32$ 2036 18.9 0.19$

October 2009 443.65$ 2389 18.9 0.19$

November 2009 755.28$ 4567 12.2 0.17$

December 2009 25.55$ 155 0.0 0.17$

0

500

1000

1500

Electrica

Month

0

5

10

15

20

Electrical D

eman

d (kW

)

Month

Electric Bills for Plots ‐ Squankum Road Pump Station




March 2007 -$ 0 0.0 #DIV/0! April 572 0

April 2007 -$ 0 0.0 #DIV/0! May 489 0

May 2007 -$ 0 0.0 #DIV/0! June 380 0

June 2007 -$ 0 0.0 #DIV/0! July 462 0

July 2007 -$ 0 0.0 #DIV/0! August 470 0






January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!


400

600

800

1000

1200

ctrical U

se (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 168.39$ 791 0.0 0.21$

January 2009 217.64$ 1055 0.0 0.21$

February 2009 208.47$ 992 0.0 0.21$

March 2009 154.51$ 724 0.0 0.21$

April 2009 124.63$ 572 0.0 0.22$

May 2009 115.41$ 489 0.0 0.24$

June 2009 91.20$ 380 0.0 0.24$

July 2009 108.08$ 462 0.0 0.23$

August 2009 109.81$ 470 0.0 0.23$

September 2009 147.35$ 676 0.0 0.22$

October 2009 99.72$ 438 0.0 0.23$

November 2009 184.70$ 872 5.3 0.21$

December 2009 6.26$ 30 0.0 0.21$

0

200

Elec

Month

Electric Bills for Plots ‐ Tinton Avenue Pump Station




March 2007 -$ 0 0.0 #DIV/0! April 2071 22

April 2007 -$ 0 0.0 #DIV/0! May 1873 22

May 2007 -$ 0 0.0 #DIV/0! June 2008 22

June 2007 -$ 0 0.0 #DIV/0! July 1737 22

July 2007 -$ 0 0.0 #DIV/0! August 1772 22






January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!


1500

2000

2500

3000

3500

4000

4500

5000

rical U

se (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 723.87$ 4330 20.6 0.17$

January 2009 616.39$ 3563 20.6 0.17$

February 2009 611.81$ 3501 16.5 0.17$

March 2009 559.99$ 2930 21.6 0.19$

April 2009 399.77$ 2071 21.6 0.19$

May 2009 389.62$ 1873 21.6 0.21$

June 2009 406.95$ 2008 21.6 0.20$

July 2009 366.83$ 1737 21.6 0.21$

August 2009 373.71$ 1772 21.6 0.21$

September 2009 392.93$ 1863 18.6 0.21$

October 2009 416.68$ 2141 21.6 0.19$

November 2009 779.34$ 4674 13.2 0.17$

December 2009 26.41$ 159 0.0 0.17$

0

500

1000

Electr

Month

0

5

10

15

20

25

Electrical D

eman

d (kW

)

Month

Electric Bills for Plots ‐ Tinton Green Estates Pump Station




March 2007 -$ 0 0.0 #DIV/0! April 1074 14

April 2007 -$ 0 0.0 #DIV/0! May 939 14

May 2007 -$ 0 0.0 #DIV/0! June 948 14

June 2007 -$ 0 0.0 #DIV/0! July 857 14

July 2007 -$ 0 0.0 #DIV/0! August 550 14






January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!


500

1000

1500

2000

2500

ctrical U

se (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 410.32$ 2210 14.1 0.19$

January 2009 427.05$ 2317 14.1 0.18$

February 2009 450.37$ 2475 14.1 0.18$

March 2009 363.12$ 1890 14.1 0.19$

April 2009 245.11$ 1074 14.1 0.23$

May 2009 237.80$ 939 14.1 0.25$

June 2009 236.88$ 948 14.1 0.25$

July 2009 217.92$ 857 14.1 0.25$

August 2009 154.26$ 550 14.1 0.28$

September 2009 208.04$ 851 14.1 0.24$

October 2009 252.69$ 1103 14.1 0.23$

November 2009 427.02$ 2317 14.1 0.18$

December 2009 14.44$ 79 0.0 0.18$

0

500

Ele

Month

0

2

4

6

8

10

12

14

16

Electrical D

eman

d (kW

)

Month

Electric Bills for Plots ‐ Wardell Road Pump Station




March 2007 -$ 0 0.0 #DIV/0! April 1737 14

April 2007 -$ 0 0.0 #DIV/0! May 1685 14

May 2007 -$ 0 0.0 #DIV/0! June 1510 14

June 2007 -$ 0 0.0 #DIV/0! July 1447 14

July 2007 -$ 0 0.0 #DIV/0! August 1406 14






January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!


500

1000

1500

2000

2500

3000

ectrical U

se (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 416.13$ 2244 14.3 0.19$

January 2009 359.22$ 1841 14.3 0.20$

February 2009 280.57$ 1393 14.3 0.20$

March 2009 465.98$ 2599 14.3 0.18$

April 2009 341.84$ 1737 14.3 0.20$

May 2009 357.66$ 1685 14.3 0.21$

June 2009 325.67$ 1510 14.3 0.22$

July 2009 316.14$ 1447 14.3 0.22$

August 2009 310.17$ 1406 14.3 0.22$

September 2009 316.92$ 1528 14.3 0.21$

October 2009 286.31$ 1415 14.3 0.20$

November 2009 308.74$ 1479 14.3 0.21$

December 2009 10.33$ 49 0.0 0.21$

0

500

Ele

Month

0

2

4

6

8

10

12

14

16

Electrical D

eman

d (kW

)

Month

Electric Bills for Plots ‐ Woodland Manor Pump Station




March 2007 -$ 0 0.0 #DIV/0! April 2132 1

April 2007 -$ 0 0.0 #DIV/0! May 449 1

May 2007 -$ 0 0.0 #DIV/0! June 1182 1

June 2007 -$ 0 0.0 #DIV/0! July 718 1

July 2007 -$ 0 0.0 #DIV/0! August 323 1






January 2008 -$ 0 0.0 #DIV/0!

February 2008 -$ 0 0.0 #DIV/0!

March 2008 -$ 0 0.0 #DIV/0!

April 2008 -$ 0 0.0 #DIV/0!

May 2008 -$ 0 0.0 #DIV/0!

June 2008 -$ 0 0.0 #DIV/0!

July 2008 -$ 0 0.0 #DIV/0!

August 2008 -$ 0 0.0 #DIV/0!

September 2008 -$ 0 0.0 #DIV/0!

October 2008 -$ 0 0.0 #DIV/0!

November 2008 -$ 0 0.0 #DIV/0!


500

1000

1500

2000

2500

trical Use (kW

h)

$

December 2008 -$ 0 0.0 #DIV/0!

January 2009 -$ 0 0.0 #DIV/0!

February 2009 -$ 0 0.0 #DIV/0!

March 2009 -$ 0 0.0 #DIV/0!

April 2009 -$ 0 0.0 #DIV/0!

May 2009 -$ 0 0.0 #DIV/0!

June 2009 -$ 0 0.0 #DIV/0!

July 2009 -$ 0 0.0 #DIV/0!

August 2009 -$ 0 0.0 #DIV/0!

September 2009 -$ 0 0.0 #DIV/0!

October 2009 -$ 0 0.0 #DIV/0!

November 2009 -$ 0 0.0 #DIV/0!

December 2009 139.35$ 648 1.0 0.21$

January 2009 302.16$ 1638 1.0 0.18$

February 2009 32.54$ 1873 1.0 0.02$

March 2009 335.89$ 1964 1.0 0.17$

April 2009 370.89$ 2132 1.0 0.17$

May 2009 102.68$ 449 1.0 0.23$

June 2009 245.27$ 1182 1.0 0.21$

July 2009 160.12$ 718 1.0 0.22$

August 2009 78.92$ 323 1.0 0.24$

September 2009 81.23$ 348 1.0 0.23$

October 2009 235.56$ 1173 1.0 0.20$

November 2009 160.37$ 754 1.0 0.21$

December 2009 5.26$ 25 0.0 0.21$

0

500

Elec

Month

0

0

0

1

1

1

Electrical D

eman

d (kW

)

Month

Appendix B

OMB No. 2060-0347

STATEMENT OF ENERGY PERFORMANCETinton Falls Borough Hall

Building ID: 2989854 For 12-month Period Ending: December 31, 20111

Date SEP becomes ineligible: N/A Date SEP Generated: August 22, 2012

FacilityTinton Falls Borough Hall556 Tinton AvenueTinton Falls, NJ 07724

Facility OwnerTinton Falls556 Tinton Ave Tinton Falls, NJ 07724

Primary Contact for this FacilityDavid Marks11 Tindal Road Middletown, NJ 07748

Year Built: 2007Gross Floor Area (ft2): 53,000

Energy Performance Rating2 (1-100) 72

Site Energy Use Summary3

Electricity - Grid Purchase(kBtu) 2,686,103 Natural Gas (kBtu)4 1,923,703 Total Energy (kBtu) 4,609,806

Energy Intensity4 Site (kBtu/ft2/yr) 87 Source (kBtu/ft2/yr) 207 Emissions (based on site energy use) Greenhouse Gas Emissions (MtCO2e/year) 483 Electric Distribution Utility Jersey Central Power & Light Co [FirstEnergy Corp] National Median Comparison National Median Site EUI 113 National Median Source EUI 269 % Difference from National Median Source EUI -23% Building Type Office

Stamp of Certifying Professional

Based on the conditions observed at thetime of my visit to this building, I certify that

the information contained within thisstatement is accurate.

Meets Industry Standards5 for Indoor EnvironmentalConditions:Ventilation for Acceptable Indoor Air Quality N/A Acceptable Thermal Environmental Conditions N/A Adequate Illumination N/A

Certifying ProfessionalMatt Goss11 British American Blvd Suite 200Latham, NY 12110

Notes: 1. Application for the ENERGY STAR must be submitted to EPA within 4 months of the Period Ending date. Award of the ENERGY STAR is not final until approval is received from EPA.2. The EPA Energy Performance Rating is based on total source energy. A rating of 75 is the minimum to be eligible for the ENERGY STAR.3. Values represent energy consumption, annualized to a 12-month period.4. Values represent energy intensity, annualized to a 12-month period.5. Based on Meeting ASHRAE Standard 62 for ventilation for acceptable indoor air quality, ASHRAE Standard 55 for thermal comfort, and IESNA Lighting Handbook for lighting quality.

The government estimates the average time needed to fill out this form is 6 hours (includes the time for entering energy data, Licensed Professional facility inspection, and notarizing the SEP) andwelcomes suggestions for reducing this level of effort. Send comments (referencing OMB control number) to the Director, Collection Strategies Division, U.S., EPA (2822T), 1200 Pennsylvania Ave.,NW, Washington, D.C. 20460.

EPA Form 5900-16

ENERGY STAR®

Data Checklistfor Commercial Buildings

In order for a building to qualify for the ENERGY STAR, a Professional Engineer (PE) or a Registered Architect (RA) must validate the accuracy of the data underlyingthe building's energy performance rating. This checklist is designed to provide an at-a-glance summary of a property's physical and operating characteristics, as well asits total energy consumption, to assist the PE or RA in double-checking the information that the building owner or operator has entered into Portfolio Manager.

Please complete and sign this checklist and include it with the stamped, signed Statement of Energy Performance.NOTE: You must check each box to indicate that each value is correct, OR include a note.

CRITERION VALUE AS ENTERED INPORTFOLIO MANAGER VERIFICATION QUESTIONS NOTES

Building Name Tinton Falls Borough Hall Is this the official building name to be displayed inthe ENERGY STAR Registry of LabeledBuildings?

Type Office Is this an accurate description of the space inquestion?

Location 556 Tinton Avenue, Tinton

Falls, NJ 07724 Is this address accurate and complete? Correctweather normalization requires an accurate zipcode.

Single Structure Single Facility

Does this SEP represent a single structure? SEPscannot be submitted for multiple-buildingcampuses (with the exception of a hospital, k-12school, hotel and senior care facility) nor can theybe submitted as representing only a portion of abuilding.

Space (Office)


Gross Floor Area 53,000 Sq. Ft.

Does this square footage include all supportingfunctions such as kitchens and break rooms usedby staff, storage areas, administrative areas,elevators, stairwells, atria, vent shafts, etc. Alsonote that existing atriums should only include thebase floor area that it occupies. Interstitial(plenum) space between floors should not beincluded in the total. Finally gross floor area is notthe same as leasable space. Leasable space is asubset of gross floor area.

Weekly operatinghours 168 Hours

Is this the total number of hours per week that theOffice space is 75% occupied? This numbershould exclude hours when the facility is occupiedonly by maintenance, security, or other supportpersonnel. For facilities with a schedule that variesduring the year, "operating hours/week" refers tothe total weekly hours for the schedule most oftenfollowed.

Workers on MainShift 150

Is this the number of employees present during themain shift? Note this is not the total number ofemployees or visitors who are in a building duringan entire 24 hour period. For example, if there aretwo daily 8 hour shifts of 100 workers each, theWorkers on Main Shift value is 100. The normalworker density ranges between 0.3 and 5.3workers per 1000 square feet (92.8 squaremeters)

Number of PCs 60 Is this the number of personal computers in theOffice?

Percent Cooled 50% or more Is this the percentage of the total floor space withinthe facility that is served by mechanical coolingequipment?

Percent Heated 50% or more Is this the percentage of the total floor space withinthe facility that is served by mechanical heatingequipment?

Page 1 of 3

ENERGY STAR®


Energy ConsumptionPower Generation Plant or Distribution Utility: Jersey Central Power & Light Co [FirstEnergy Corp]

Fuel Type: Electricity

Meter: Electric (kWh (thousand Watt-hours))Space(s): Entire Facility

Generation Method: Grid Purchase

Start Date End Date Energy Use (kWh (thousand Watt-hours))

11/02/2011 12/01/2011 67,840.00

10/02/2011 11/01/2011 68,080.00

09/02/2011 10/01/2011 68,160.00

08/02/2011 09/01/2011 78,320.00

07/02/2011 08/01/2011 71,440.00

06/02/2011 07/01/2011 59,280.00

05/02/2011 06/01/2011 75,360.00

04/02/2011 05/01/2011 61,760.00

03/02/2011 04/01/2011 55,520.00

02/02/2011 03/01/2011 62,240.00

01/02/2011 02/01/2011 68,560.00

Electric Consumption (kWh (thousand Watt-hours)) 736,560.00

Electric Consumption (kBtu (thousand Btu)) 2,513,142.72

Total Electricity (Grid Purchase) Consumption (kBtu (thousand Btu)) 2,513,142.72

Is this the total Electricity (Grid Purchase) consumption at this building including allElectricity meters?

Fuel Type: Natural Gas

Meter: Gas (therms)Space(s): Entire Facility

Start Date End Date Energy Use (therms)

11/20/2011 12/19/2011 2,242.74

10/20/2011 11/19/2011 1,855.85

09/20/2011 10/19/2011 531.40

08/20/2011 09/19/2011 39.48

07/20/2011 08/19/2011 69.67

06/20/2011 07/19/2011 490.72

05/20/2011 06/19/2011 1,517.26

04/20/2011 05/19/2011 1,918.79

03/20/2011 04/19/2011 2,008.75

02/20/2011 03/19/2011 2,895.45

01/20/2011 02/19/2011 2,967.00

Page 2 of 3

Gas Consumption (therms) 16,537.11

Gas Consumption (kBtu (thousand Btu)) 1,653,711.00

Total Natural Gas Consumption (kBtu (thousand Btu)) 1,653,711.00

Is this the total Natural Gas consumption at this building including all Natural Gas meters?

Additional FuelsDo the fuel consumption totals shown above represent the total energy use of this building?Please confirm there are no additional fuels (district energy, generator fuel oil) used in this facility.

On-Site Solar and Wind EnergyDo the fuel consumption totals shown above include all on-site solar and/or wind power located atyour facility? Please confirm that no on-site solar or wind installations have been omitted from thislist. All on-site systems must be reported.

Certifying Professional (When applying for the ENERGY STAR, the Certifying Professional must be the same PE or RA that signed and stamped the SEP.)

Name: _____________________________________________ Date: _____________

Signature: ______________________________________ Signature is required when applying for the ENERGY STAR.

Page 3 of 3

FOR YOUR RECORDS ONLY. DO NOT SUBMIT TO EPA.

Please keep this Facility Summary for your own records; do not submit it to EPA. Only the Statement of Energy Performance(SEP), Data Checklist and Letter of Agreement need to be submitted to EPA when applying for the ENERGY STAR.

FacilityTinton Falls Borough Hall556 Tinton AvenueTinton Falls, NJ 07724



General InformationTinton Falls Borough Hall

Gross Floor Area Excluding Parking: (ft2) 53,000 Year Built 2007 For 12-month Evaluation Period Ending Date: December 31, 2011

Facility Space Use SummarySpace

Space Type Office

Gross Floor Area (ft2) 53,000

Weekly operating hours 168

Workers on Main Shift 150

Number of PCs 60

Percent Cooled 50% or more

Percent Heated 50% or more

Energy Performance ComparisonEvaluation Periods Comparisons

Performance Metrics Current(Ending Date 12/31/2011)

Baseline(Ending Date 08/31/2011) Rating of 75 Target National Median

Energy Performance Rating 72 75 75 N/A 50

Energy Intensity

Site (kBtu/ft2) 87 82 83 N/A 113

Source (kBtu/ft2) 207 199 199 N/A 269

Energy Cost

$/year $ 141,227.46 $ 137,973.52 $ 135,544.59 N/A $ 183,264.47

$/ft2/year $ 2.66 $ 2.60 $ 2.55 N/A $ 3.45

Greenhouse Gas Emissions

MtCO2e/year 483 463 464 N/A 627

kgCO2e/ft2/year 9 9 9 N/A 12

More than 50% of your building is defined as Office. Please note that your rating accounts for all of the spaces listed. The National Median column presents energyperformance data your building would have if your building had a median rating of 50. Notes:o - This attribute is optional.d - A default value has been supplied by Portfolio Manager.

2011Tinton Falls Borough Hall556 Tinton AvenueTinton Falls, NJ 07724

Portfolio Manager Building ID: 2989854

The energy use of this building has been measured and compared to other similar buildings using theEnvironmental Protection Agency’s (EPA’s) Energy Performance Scale of 1–100, with 1 being the least energyefficient and 100 the most energy efficient. For more information, visit energystar.gov/benchmark.

This building’sscore

72

100

Most Efficient

This building uses 207 kBtu per square foot per year.*

*Based on source energy intensity for the 12 month period ending December 2011

Date of certification

Date Generated: 08/22/2012

Statement ofEnergy Performance

1

Least Efficient

50

Median

Buildings with a score of75 or higher may qualifyfor EPA’s ENERGY STAR.

I certify that the information contained within this statement is accurate and in accordance with U.S.Environmental Protection Agency’s measurement standards, found at energystar.gov

OMB No. 2060-0347

STATEMENT OF ENERGY PERFORMANCEPublic Works Building

Building ID: 2989758 For 12-month Period Ending: November 30, 20111

Date SEP becomes ineligible: N/A Date SEP Generated: August 22, 2012

FacilityPublic Works Building556 Tinton AvenueTinton Falls, NJ 07724




Energy Performance Rating2 (1-100) 38


Electricity - Grid Purchase(kBtu) 627,653 Natural Gas (kBtu)4 1,274,333 Total Energy (kBtu) 1,901,986

Energy Intensity4 Site (kBtu/ft2/yr) 77 Source (kBtu/ft2/yr) 139 Emissions (based on site energy use) Greenhouse Gas Emissions (MtCO2e/year) 157 Electric Distribution Utility Jersey Central Power & Light Co [FirstEnergy Corp] National Median Comparison National Median Site EUI 66 National Median Source EUI 119 % Difference from National Median Source EUI 17% Building Type Warehouse

(Unrefrigerated)








EPA Form 5900-16

ENERGY STAR®





Building Name Public Works Building Is this the official building name to be displayed inthe ENERGY STAR Registry of LabeledBuildings?

Type Warehouse (Unrefrigerated) Is this an accurate description of the space inquestion?





Office (Office)





Is this the total number of hours per week that theOffice space is 75% occupied? This numbershould exclude hours when the facility is occupiedonly by maintenance, security, or other supportpersonnel. For facilities with a schedule that variesduring the year, "operating hours/week" refers tothe total weekly hours for the schedule most oftenfollowed.


Is this the number of employees present during themain shift? Note this is not the total number ofemployees or visitors who are in a building duringan entire 24 hour period. For example, if there aretwo daily 8 hour shifts of 100 workers each, theWorkers on Main Shift value is 100. The normalworker density ranges between 0.3 and 5.3workers per 1000 square feet (92.8 squaremeters)

Number of PCs 8 Is this the number of personal computers in theOffice?

Percent Cooled 50% or more Is this the percentage of the total floor space withinthe facility that is served by mechanical coolingequipment?

Percent Heated 50% or more Is this the percentage of the total floor space withinthe facility that is served by mechanical heatingequipment?

Garage (Warehouse (Unrefrigerated))


Page 1 of 4


Is this the total gross floor area as measuredbetween the principal exterior surfaces of theenclosing fixed walls and including all supportingfunctions? The total gross floor area shouldinclude offices, lobbies, rest rooms, equipmentstorage areas, mechanical rooms, employee breakrooms, cafeterias, elevators, stairwells, all spaceoccupied by refrigeration/freezer units, and allareas that are entirely refrigerated. Existingatriums or areas with high ceilings should onlyinclude the base floor area that they occupy. Thetotal gross floor area should not include outsideloading bays or docks.


Does this number represent the average numberof workers that are present during the primary shift(that is, the shift with the most workers)? Note: thisis not the total number of staff employed at theproperty. For example, if there are three daily 8hour shifts of 100 workers each, the Workers onMain Shift value is 100.


Is this the total number of hours per week that thiswarehouse space is in operation, excluding hourswhen the facility is occupied by maintenance,security, or other support personnel? Note: theaverage warehouse space operates 60 hours perweek.

Percent Cooled 0 % Is this the percentage of the total floor space withinthe facility that is served by mechanical coolingequipment?

Percent Heated 100 % Is this the percentage of the total floor space withinthe facility that is served by mechanical heatingequipment?

Number of walk-inrefrigeration/freezer

units 0 Does this count include all large walk-in

refrigeration or freezer units at the warehouse?

Distribution Center No(Optional) Is this building considered a distribution center?

Page 2 of 4

ENERGY STAR®







10/02/2011 11/01/2011 13,680.00

09/02/2011 10/01/2011 15,200.00

08/02/2011 09/01/2011 20,320.00

07/02/2011 08/01/2011 18,720.00

06/02/2011 07/01/2011 16,080.00

05/02/2011 06/01/2011 15,840.00

04/02/2011 05/01/2011 13,600.00

03/02/2011 04/01/2011 13,600.00

02/02/2011 03/01/2011 14,480.00

01/02/2011 02/01/2011 16,080.00

12/02/2010 01/01/2011 16,640.00


Electric Consumption (kBtu (thousand Btu)) 594,506.88

Total Electricity (Grid Purchase) Consumption (kBtu (thousand Btu)) 594,506.88





10/15/2011 11/14/2011 1,017.00

09/15/2011 10/14/2011 173.00

08/15/2011 09/14/2011 49.00

07/15/2011 08/14/2011 32.00

06/15/2011 07/14/2011 34.00

05/15/2011 06/14/2011 202.00

04/15/2011 05/14/2011 483.00

03/15/2011 04/14/2011 1,802.00

02/15/2011 03/14/2011 1,698.00

01/15/2011 02/14/2011 2,623.00

12/15/2010 01/14/2011 2,822.00

Page 3 of 4


Gas Consumption (kBtu (thousand Btu)) 1,093,500.00

Total Natural Gas Consumption (kBtu (thousand Btu)) 1,093,500.00





Name: _____________________________________________ Date: _____________


Page 4 of 4



FacilityPublic Works Building556 Tinton AvenueTinton Falls, NJ 07724



General InformationPublic Works Building

Gross Floor Area Excluding Parking: (ft2) 24,750 Year Built 2002 For 12-month Evaluation Period Ending Date: November 30, 2011

Facility Space Use SummaryOffice

Space Type Office




Number of PCs 8

Percent Cooled 50% or more

Percent Heated 50% or more

Garage

Space TypeWarehouse

(Unrefrigerated)




Percent Cooled 0

Percent Heated 100

Number of walk-inrefrigeration/freezer units 0

Distribution Center o N




Energy Performance Rating 38 37 75 N/A 50

Energy Intensity

Site (kBtu/ft2) 77 79 46 N/A 66

Source (kBtu/ft2) 139 141 82 N/A 119

Energy Cost

$/year $ 46,298.55 $ 47,270.28 $ 27,520.08 N/A $ 39,743.86

$/ft2/year $ 1.87 $ 1.91 $ 1.11 N/A $ 1.61


MtCO2e/year 157 160 93 N/A 135


More than 50% of your building is defined as Warehouse (Unrefrigerated). Please note that your rating accounts for all of the spaces listed. The National Mediancolumn presents energy performance data your building would have if your building had a median rating of 50. Notes:o - This attribute is optional.d - A default value has been supplied by Portfolio Manager.

2011Public Works Building556 Tinton AvenueTinton Falls, NJ 07724

Portfolio Manager Building ID: 2989758

The energy use of this building has been measured and compared to other similar buildings using theEnvironmental Protection Agency’s (EPA’s) Energy Performance Scale of 1–100, with 1 being the least energyefficient and 100 the most energy efficient. For more information, visit energystar.gov/benchmark.

This building’sscore

38

100

Most Efficient

This building uses 139 kBtu per square foot per year.*

*Based on source energy intensity for the 12 month period ending November 2011

Date of certification

Date Generated: 08/22/2012

Statement ofEnergy Performance

1

Least Efficient

50

Median

Buildings with a score of75 or higher may qualifyfor EPA’s ENERGY STAR.

I certify that the information contained within this statement is accurate and in accordance with U.S.Environmental Protection Agency’s measurement standards, found at energystar.gov

OMB No. 2060-0347

STATEMENT OF ENERGY PERFORMANCELibrary

Building ID: 2989392 For 12-month Period Ending: October 31, 20111

Date SEP becomes ineligible: N/A Date SEP Generated: February 10, 2012

FacilityLibrary664 Tinton AvenueTinton Falls, NJ 07724




Energy Performance Rating2 (1-100) N/A


Electricity - Grid Purchase(kBtu) 146,353 Natural Gas (kBtu)4 607,959 Total Energy (kBtu) 754,312

Energy Intensity4 Site (kBtu/ft2/yr) 101 Source (kBtu/ft2/yr) 150 Emissions (based on site energy use) Greenhouse Gas Emissions (MtCO2e/year) 53 Electric Distribution Utility Jersey Central Power & Light Co [FirstEnergy Corp] National Median Comparison National Median Site EUI 92 National Median Source EUI 246 % Difference from National Median Source EUI -39% Building Type Library








EPA Form 5900-16

ENERGY STAR®





Building Name Library Is this the official building name to be displayed inthe ENERGY STAR Registry of LabeledBuildings?

Type Library Is this an accurate description of the space inquestion?





Space (Other)




Number of PCs 19(Optional) Is this the number of personal computers in thespace?

Weekly operatinghours 31.5Hours(Optional)

Is this the total number of hours per week that thespace is 75% occupied? This number shouldexclude hours when the facility is occupied only bymaintenance, security, or other support personnel.For facilities with a schedule that varies during theyear, "operating hours/week" refers to the totalweekly hours for the schedule most often followed.

Workers on MainShift 8(Optional)

Is this the number of employees present during themain shift? Note this is not the total number ofemployees or visitors who are in a building duringan entire 24 hour period. For example, if there aretwo daily 8 hour shifts of 100 workers each, theWorkers on Main Shift value is 100.

Page 1 of 3

ENERGY STAR®







09/15/2011 10/14/2011 2,687.00

08/15/2011 09/14/2011 3,767.00

07/15/2011 08/14/2011 5,694.00

06/15/2011 07/14/2011 3,660.00

05/15/2011 06/14/2011 4,142.00

04/15/2011 05/14/2011 2,532.00

03/15/2011 04/14/2011 2,464.00

02/15/2011 03/14/2011 4,615.00

01/15/2011 02/14/2011 3,271.00

12/15/2010 01/14/2011 4,360.00

11/15/2010 12/14/2010 2,861.00








09/05/2011 10/04/2011 28.00

08/05/2011 09/04/2011 8.00

07/05/2011 08/04/2011 6.00

06/05/2011 07/04/2011 5.00

05/05/2011 06/04/2011 47.00

04/05/2011 05/04/2011 424.00

03/05/2011 04/04/2011 1,112.00

02/05/2011 03/04/2011 1,559.00

01/05/2011 02/04/2011 1,500.00

12/05/2010 01/04/2011 827.00

11/05/2010 12/04/2010 139.00

Page 2 of 3


Gas Consumption (kBtu (thousand Btu)) 565,500.00

Total Natural Gas Consumption (kBtu (thousand Btu)) 565,500.00





Name: _____________________________________________ Date: _____________


Page 3 of 3



FacilityLibrary664 Tinton AvenueTinton Falls, NJ 07724



General InformationLibrary

Gross Floor Area Excluding Parking: (ft2) 7,500 Year Built 1944 For 12-month Evaluation Period Ending Date: October 31, 2011


Space Type Other - Library

Gross Floor Area(ft2) 7,500

Number of PCso 19

Weekly operating hourso 31.5

Workers on Main Shifto 8




Energy Performance Rating N/A N/A 75 N/A N/A

Energy Intensity

Site (kBtu/ft2) 101 101 0 N/A 92

Source (kBtu/ft2) 150 150 0 N/A 246

Energy Cost

$/year $ 15,638.68 $ 15,638.68 N/A N/A $ 14,304.62

$/ft2/year $ 2.09 $ 2.09 N/A N/A $ 1.91


MtCO2e/year 53 53 0 N/A 48


More than 50% of your building is defined as Library. This building is currently ineligible for a rating. Please note the National Median column represents the CBECSnational median data for Library. This building uses 39% less energy per square foot than the CBECS national median for Library. Notes:o - This attribute is optional.d - A default value has been supplied by Portfolio Manager.

OMB No. 2060-0347

STATEMENT OF ENERGY PERFORMANCEEMS South

Building ID: 2989357 For 12-month Period Ending: November 30, 20111

Date SEP becomes ineligible: N/A Date SEP Generated: February 10, 2012

FacilityEMS South1 Volunteer WayTinton Falls, NJ 07724




Energy Performance Rating2 (1-100) N/A


Electricity - Grid Purchase(kBtu) 160,364 Natural Gas (kBtu)4 335,307 Total Energy (kBtu) 495,671

Energy Intensity4 Site (kBtu/ft2/yr) 88 Source (kBtu/ft2/yr) 157 Emissions (based on site energy use) Greenhouse Gas Emissions (MtCO2e/year) 41 Electric Distribution Utility Jersey Central Power & Light Co [FirstEnergy Corp] National Median Comparison National Median Site EUI 196 National Median Source EUI 414 % Difference from National Median Source EUI -62% Building Type Hospital

(GeneralMedical

andSurgical)








EPA Form 5900-16

ENERGY STAR®





Building Name EMS South Is this the official building name to be displayed inthe ENERGY STAR Registry of LabeledBuildings?

Type Hospital (General Medical

and Surgical) Is this an accurate description of the space inquestion?

Location 1 Volunteer Way, Tinton




Space (Hospital (General Medical and Surgical))



Is this the total gross floor area of the Hospital, asmeasured from the principal exterior surfaces ofthe enclosing fixed walls? The total gross floorarea of a Hospital should include all supportingfunctions such as stairways, connecting corridorsbetween buildings, medical offices, exam rooms,laboratories, lobbies, atria, cafeterias, storageareas, administrative areas, elevator shafts, andany space affiliated with emergency medical care,or diagnostic care. For a campus, add the totalfloor area from all facilities within the campus. Alsonote that:i. Existing atriums should only include the basefloor area that they occupy.ii. Interstitial (plenum) space between floors shouldnot be included in total.iii. Gross floor area is not the same as leasablespace. Leasable space is a subset of gross floorarea.

Full-timeEquivalent (FTE)

Workers 20

Is this the number of full-time equivalent workers,computed as the total number of hours worked byall employees in a week divided by the standardhours worked by one full-time employee in aweek?

Number of StaffedBeds 0

Is this the number of beds set up and staffed foruse by inpatients? Excludes newborn bassinets,labor room, post anesthesia, or postoperativerecovery room beds, psychiatric holding beds, andbeds that are used only as holding facilities forpatients prior to their transfer to another hospital.

Number of MRIMachines 0

Is this the total number of Magnetic ResonanceImaging (MRI) machines permanently on-site?This excludes MRI machines accessed by thehospital from mobile trailers. Do not include otherimaging equipment (X-ray, CT Scan, etc.) in thistotal.

Number ofBuildings 1(Optional) Is this the number of buildings comprising the

campus?

Maximum Numberof Floors 1(Optional) Is this the number of floors in the building on the

campus facility with the greatest number of floors?

Page 1 of 4

Ownership Status Governmental(Optional)

Is this the Ownership Status of the facility?Non-profit is a community-based, not-for-profithospital that is not owned by the government.For-profit signifies a publicly-owned orprivately-owned hospital company. Governmentindicates a federally owned hospital facility suchas a Veteran's Administration or other militaryhospital.

Laboratory No(Optional) Is this the presence of laboratory space? Thesespaces typically have independently controlledand specially designed environmental systems.

Laundry Facility No(Optional) Is this the presence of an on-site laundry complex(one in which all linens are processed at thefacility)?

Tertiary Care No(Optional)

Is this the presence of Tertiary Care, defined ascare provided beyond secondary? For example,Level I trauma centers, highly specialized medicalcare such as organ transplant centers orprenatal/neonatal intensive care centers.

Page 2 of 4

ENERGY STAR®







11/01/2011 11/30/2011 5,360.00

10/01/2011 10/31/2011 2,960.00

09/01/2011 09/30/2011 3,080.00

08/01/2011 08/31/2011 2,880.00

07/01/2011 07/31/2011 3,560.00

06/01/2011 06/30/2011 6,840.00

05/01/2011 05/31/2011 2,440.00

04/01/2011 04/30/2011 2,520.00

03/01/2011 03/31/2011 5,520.00

02/01/2011 02/28/2011 2,840.00

01/01/2011 01/31/2011 4,120.00

12/01/2010 12/31/2010 4,880.00








10/02/2011 11/01/2011 123.00

09/02/2011 10/01/2011 12.00

08/02/2011 09/01/2011 14.00

07/02/2011 08/01/2011 7.00

06/02/2011 07/01/2011 7.00

05/02/2011 06/01/2011 10.00

04/02/2011 05/01/2011 53.00

03/02/2011 04/01/2011 358.00

02/02/2011 03/01/2011 615.00

01/02/2011 02/01/2011 886.00

Page 3 of 4

12/02/2010 01/01/2011 943.00


Gas Consumption (kBtu (thousand Btu)) 302,800.00

Total Natural Gas Consumption (kBtu (thousand Btu)) 302,800.00





Name: _____________________________________________ Date: _____________


Page 4 of 4



FacilityEMS South1 Volunteer WayTinton Falls, NJ 07724



General InformationEMS South

Gross Floor Area Excluding Parking: (ft2) 5,650 Year Built 1995 For 12-month Evaluation Period Ending Date: November 30, 2011


Space Type

Hospital(General

Medical andSurgical)

Gross Floor Area(ft2) 5,650

Full-time Equivalent (FTE) Workers 20

Number of Staffed Beds 0

Number of MRI Machines 0

Number of Buildingso 1

Maximum Number of Floorso 1

Ownership Statuso Governmental

Laboratoryo N

Laundry Facilityo N

Tertiary Careo N




Energy Performance Rating N/A N/A 75 N/A N/A

Energy Intensity

Site (kBtu/ft2) 88 83 206 N/A 196

Source (kBtu/ft2) 157 148 369 N/A 414

Energy Cost

$/year $ 12,167.43 $ 11,822.24 $ 28,637.08 N/A $ 27,183.59

$/ft2/year $ 2.15 $ 2.09 $ 5.06 N/A $ 4.80


MtCO2e/year 41 38 97 N/A 92


More than 50% of your building is defined as Hospital (General Medical and Surgical). This building is currently ineligible for a rating. Please note the National Mediancolumn represents the CBECS national median data for Hospital (General Medical and Surgical). This building uses 62% less energy per square foot than the CBECSnational median for Hospital (General Medical and Surgical). Notes:o - This attribute is optional.d - A default value has been supplied by Portfolio Manager.

Appendix C

Project/Run: Borough Hall - Baseline Design Run Date/Time: 01/23/12 @ 10:59

eQUEST 3.64.7130 Monthly Energy Consumption by Enduse Page 1

0

20

40

60

80

100

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec

Electric Consumption (kWh)

(x000)

0

100

200

300

400


Gas Consumption (Btu)

(x000,000)

Area LightingTask LightingMisc. Equipment

Exterior UsagePumps & Aux.Ventilation Fans

Water HeatingHt Pump Supp.Space Heating

RefrigerationHeat RejectionSpace Cooling

Electric Consumption (kWh x000)

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - 0.90 3.35 10.13 17.77 23.00 21.87 15.64 7.02 2.68 0.05 102.41 Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat 0.36 0.31 0.28 0.19 0.05 0.00 - - 0.01 0.13 0.22 0.32 1.86 HP Supp. - - - - - - - - - - - - - Hot Water - - - - - - - - - - - - - Vent. Fans 5.96 5.38 5.96 5.77 5.96 5.81 6.03 6.04 5.80 5.97 5.77 5.96 70.39 Pumps & Aux. 1.30 1.17 1.15 0.79 0.21 0.01 - - 0.03 0.56 0.88 1.28 7.37 Ext. Usage - - - - - - - - - - - - - Misc. Equip. 25.11 23.70 28.39 25.02 27.30 27.18 25.12 28.39 24.99 26.21 24.99 25.11 311.51 Task Lights - - - - - - - - - - - - -

Area Lights 21.95 20.82 25.13 21.93 24.07 24.03 21.96 25.13 21.91 23.02 21.91 21.95 273.80

Total 54.66 51.38 61.80 57.04 67.72 74.80 76.11 81.43 68.38 62.91 56.45 54.66 767.34

Gas Consumption (Btu x000,000)

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - - - - - - - - - - - - Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat 387.5 325.0 246.0 143.2 28.3 0.4 - - 3.8 95.7 182.7 315.4 1,728.1 HP Supp. - - - - - - - - - - - - - Hot Water 6.1 6.0 7.3 6.3 6.4 5.9 5.0 5.4 4.7 5.2 5.3 5.8 69.3 Vent. Fans - - - - - - - - - - - - - Pumps & Aux. - - - - - - - - - - - - - Ext. Usage - - - - - - - - - - - - - Misc. Equip. - - - - - - - - - - - - - Task Lights - - - - - - - - - - - - - Area Lights - - - - - - - - - - - - -

Total 393.6 331.0 253.3 149.4 34.7 6.3 5.0 5.4 8.6 100.9 188.0 321.2 1,797.4

Project/Run: Borough Hall - Vent Economizer EEM Run Date/Time: 02/07/12 @ 12:23


0

20

40

60

80

100


Electric Consumption (kWh) (x000)

0

100

200

300

400


Gas Consumption (Btu) (x000,000)






Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - 0.77 3.06 9.64 17.53 22.74 21.70 15.33 6.70 2.50 0.04 100.01 Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat 0.35 0.31 0.27 0.18 0.04 0.00 - - 0.01 0.12 0.21 0.32 1.82 HP Supp. - - - - - - - - - - - - - Hot Water - - - - - - - - - - - - - Vent. Fans 5.96 5.38 5.96 5.77 5.96 5.82 6.04 6.05 5.81 5.97 5.77 5.96 70.44 Pumps & Aux. 1.30 1.17 1.15 0.79 0.21 0.01 - - 0.03 0.56 0.88 1.28 7.37 Ext. Usage - - - - - - - - - - - - - Misc. Equip. 25.11 23.70 28.39 25.02 27.30 27.18 25.12 28.39 24.99 26.21 24.99 25.11 311.51 Task Lights - - - - - - - - - - - - - Area Lights 21.95 20.82 25.13 21.93 24.07 24.03 21.96 25.13 21.91 23.02 21.91 21.95 273.80 Total 54.66 51.37 61.67 56.75 67.23 74.57 75.86 81.26 68.08 62.58 56.27 54.64 764.95


Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Space Cool - - - - - - - - - - - - - Heat Reject. - - - - - - - - - - - - - Refrigeration - - - - - - - - - - - - - Space Heat 373.0 310.7 226.4 127.3 23.6 0.3 - - 3.2 85.3 168.0 298.2 1,616.0 HP Supp. - - - - - - - - - - - - - Hot Water 6.1 6.0 7.3 6.3 6.4 5.8 5.0 5.4 4.7 5.2 5.3 5.8 69.3 Vent. Fans - - - - - - - - - - - - - Pumps & Aux. - - - - - - - - - - - - - Ext. Usage - - - - - - - - - - - - - Misc. Equip. - - - - - - - - - - - - - Task Lights - - - - - - - - - - - - - Area Lights - - - - - - - - - - - - - Total 379.1 316.7 233.7 133.5 29.9 6.2 5.0 5.4 7.9 90.5 173.4 303.9 1,685.3

Project/Run: Borough Hall - Boiler EEM Run Date/Time: 01/23/12 @ 11:00


0

20

40

60

80

100



(x000)

0

100

200

300

400



(x000,000)







Area Lights 21.95 20.82 25.13 21.93 24.07 24.03 21.96 25.13 21.91 23.02 21.91 21.95 273.80

Total 54.66 51.38 61.80 57.04 67.72 74.80 76.11 81.43 68.38 62.91 56.45 54.66 767.34



Total 379.3 319.1 244.2 144.2 33.7 6.2 5.0 5.4 8.4 97.4 181.3 309.6 1,733.7

Project/Run: Borough Hall - Premium Eff Cooling Run Date/Time: 01/23/12 @ 11:00


0

20

40

60

80



(x000)

0

100

200

300

400



(x000,000)







Area Lights 21.95 20.82 25.13 21.93 24.07 24.03 21.96 25.13 21.91 23.02 21.91 21.95 273.80

Total 54.66 51.38 61.65 56.48 66.02 71.83 72.27 77.77 65.76 61.73 56.00 54.65 750.21



Total 393.6 331.0 253.3 149.4 34.7 6.3 5.0 5.4 8.6 100.9 188.0 321.2 1,797.4

Building

Address

Heating Fuel 100000

Cooling System

Wall Area 3280 sqft Bin Temp Bin Heating Cooling Shell Load Internal Load Ventilation Load Combined Load Output Usage Usage Output Usage Usage Cooling On Time Usage Existing

Wall Conductivity 0.15122 u Value deg F Hours btuh btuh btuh btuh Btuh Btu therms Btuh Btu kWh Btuh % kWh System kWh therms

Window Area 543 sqft 102.5 1 0 1 ‐32,475 ‐27,359 ‐39,690 ‐99,523 0 0 0 ‐86,400 ‐101,647 8 0 100 0 Heating 0 4,440

Window Conductivity 0.860037 u Value 97.5 13 0 1 ‐25,847 ‐27,359 ‐31,590 ‐84,796 0 0 0 ‐86,400 ‐1,248,000 104 0 100 0 Cooling 4,502 0

Roof Area 5250 sqft 92.5 69 0 1 ‐19,220 ‐27,359 ‐23,490 ‐70,068 0 0 0 ‐84,082 ‐6,107,001 509 0 100 0 Vent Cooling 0 0

Roof Conductivity 0.069048 u Value 87.5 208 0 1 ‐12,592 ‐27,359 ‐15,390 ‐55,341 0 0 0 ‐66,409 ‐13,813,051 1,151 0 100 0

Floor Area 7500 sqft 82.5 391 0 1 ‐5,965 ‐27,359 ‐7,290 ‐40,613 0 0 0 ‐48,736 ‐17,323,397 1,444 0 100 0 Lighting 26,280 0

Volume 60000 cuft 77.5 596 0 1 663 ‐27,359 810 ‐25,886 0 0 0 ‐31,063 ‐15,427,907 1,286 0 100 0 Equipment 13,140 876

72.5 839 1 0 3,314 ‐27,359 4,050 0 0 0 0 0 0 0 0 0 0

67.5 774 1 0 9,941 ‐27,359 12,150 0 0 0 0 0 0 0 0 0 0 Total 43,922 5,316

Heating Set Point 75 deg F 62.5 782 1 0 16,569 ‐27,359 20,250 9,460 11,130 8,703,430 87 0 0 0 0 0 0

Cooling Set Point 78 deg F 57.5 699 1 0 23,196 ‐27,359 28,350 24,188 28,456 19,890,867 199 0 0 0 0 0 0 Billing Usage 44,025 5295

52.5 724 1 0 29,824 ‐27,359 36,450 38,915 45,783 33,146,636 331 0 0 0 0 0 0 % Variation 0% 0%

47.5 706 1 0 36,451 ‐27,359 44,550 53,643 63,109 44,555,037 446 0 0 0 0 0 0

Lighting Density 0.40 w/sqft 42.5 722 1 0 43,079 ‐27,359 52,650 68,370 80,436 58,074,495 581 0 0 0 0 0 0

Equipment Density 0.20 w/sqft 37.5 687 1 0 49,706 ‐27,359 60,750 83,098 97,762 67,162,534 672 0 0 0 0 0 0

Occupancy 8 people 32.5 603 1 0 56,334 ‐27,359 68,850 97,825 115,089 69,398,383 694 0 0 0 0 0 0

Occupant Sensible Load 250 btu/person 27.5 399 1 0 62,961 ‐27,359 76,950 112,553 132,415 52,833,585 528 0 0 0 0 0 0

Infiltration 1,000.0 cfm 22.5 260 1 0 69,589 ‐27,359 85,050 127,280 149,741 38,932,782 389 0 0 0 0 0 0

Exhaust 500 cfm 17.5 164 1 0 76,216 ‐27,359 93,150 142,008 167,068 27,399,142 274 0 0 0 0 0 0

Equipment Density 0.10 therms 12.5 76 1 0 82,844 ‐27,359 101,250 156,735 184,394 14,013,975 140 0 0 0 0 0 0

7.5 29 1 0 89,471 ‐27,359 109,350 171,463 201,721 5,849,906 58 0 0 0 0 0 0

Heating System 207,000 Btuh 2.5 13 1 0 96,099 ‐27,359 117,450 186,190 219,047 2,847,616 28 0 0 0 0 0 0

Heating Efficiency 85 % ‐2.5 4 1 0 102,726 ‐27,359 125,550 200,918 236,374 945,495 9 0 0 0 0 0 0

Cooling System 72,000 Btuh ‐7.5 1 1 0 109,354 ‐27,359 133,650 215,645 243,529 243,529 2 0 0 0 0 0 0

Cooling Efficiency 10.0 SEER Total 8,760 7,482 1,278 443,997,414 4,440 ‐54,021,004 4,502 127,800 0

Vent Cooling 0 CFM

Vent Power 0 kW




Window Conductivity 0.860037 u Value 97.5 13 0 1 ‐25,847 ‐27,359 ‐31,590 ‐84,796 0 0 0 ‐61,714 ‐891,429 74 0 100 0 Cooling 3,216 0


Roof Conductivity 0.069048 u Value 87.5 208 0 1 ‐12,592 ‐27,359 ‐15,390 ‐55,341 0 0 0 ‐47,435 ‐9,866,465 822 0 100 0


Volume 60000 cuft 77.5 596 0 1 663 ‐27,359 810 ‐25,886 0 0 0 ‐22,188 ‐11,019,934 918 0 100 0 Equipment 13,140 876

72.5 839 1 0 3,314 ‐27,359 4,050 0 0 0 0 0 0 0 0 0 0

67.5 774 1 0 9,941 ‐27,359 12,150 0 0 0 0 0 0 0 0 0 0 Total 42,636 5,316


Cooling Set Point 78 deg F 57.5 699 1 0 23,196 ‐27,359 28,350 24,188 28,456 19,890,867 199 0 0 0 0 0 0

52.5 724 1 0 29,824 ‐27,359 36,450 38,915 45,783 33,146,636 331 0 0 0 0 0 0 kWh therms

47.5 706 1 0 36,451 ‐27,359 44,550 53,643 63,109 44,555,037 446 0 0 0 0 0 0 1,286 0






Exhaust 500 cfm 17.5 164 1 0 76,216 ‐27,359 93,150 142,008 167,068 27,399,142 274 0 0 0 0 0 0

Equipment Density 0.10 therms/sqft 12.5 76 1 0 82,844 ‐27,359 101,250 156,735 184,394 14,013,975 140 0 0 0 0 0 0

7.5 29 1 0 89,471 ‐27,359 109,350 171,463 201,721 5,849,906 58 0 0 0 0 0 0





Vent Cooling 0 CFM

Vent Power 0 kW

2. Heating and Cooling columns determine if the building should be heating or cooling

3. Vent Power is the ventilation fan motor horse power.

Notes:

1. Negative Numbers indicate heat needs to be removed from the space

System Summary

Usage

Estimated

Savings

Building Equipment

Internal Loads

Set Points

Proposed Ventilation CoolingProposed Cooling SystemProposed Building Envelope Proposed Heating SystemProposed Load Summaries

System Summary

Usage

Set Points

Existing Building Envelope

Building Equipment

Internal Loads

Existing Heating System Existing Cooling System

Library

664 Tinton Ave

Existing Ventilation CoolingExisting Load Summaries

Gas

DX

MCLEANBR

Typewritten Text

Tinton Falls Library Premium Cooling Analysis

System Output Usage Usage

Cooling System 72,000 Btuh deg F Hours btuh btuh btuh btuh EER Btuh Btu kWh

Cooling Efficiency 10.0 SEER 102.5 1 0 1 ‐32,475 ‐27,359 ‐39,690 ‐99,523 8.5 ‐101,647 ‐101,647 8

Cooling Set Point 78 deg F 97.5 13 0 1 ‐25,847 ‐27,359 ‐31,590 ‐84,796 9.0 ‐96,000 ‐1,248,000 104

92.5 69 0 1 ‐19,220 ‐27,359 ‐23,490 ‐70,068 9.5 ‐88,507 ‐6,107,001 509

87.5 208 0 1 ‐12,592 ‐27,359 ‐15,390 ‐55,341 10.0 ‐66,409 ‐13,813,051 1,151

82.5 391 0 1 ‐5,965 ‐27,359 ‐7,290 ‐40,613 11.0 ‐44,305 ‐17,323,397 1,444

77.5 596 0 1 663 ‐27,359 810 ‐25,886 12.0 ‐25,886 ‐15,427,907 1,286

72.5 839 1 0 3,314 ‐27,359 4,050 0 13.0 0 0 0

67.5 774 1 0 9,941 ‐27,359 12,150 0 14.0 0 0 0

62.5 782 1 0 16,569 ‐27,359 20,250 9,460 15.0 0 0 0

57.5 699 1 0 23,196 ‐27,359 28,350 24,188 16.0 0 0 0

‐54,021,004 4,502

Cooling System 72,000 Btuh

Cooling Efficiency 14.0 SEER System Output Usage Usage

Cooling Set Point 78 deg F deg F Hours btuh btuh btuh btuh EER Btuh Btu kWh

102.5 1 0 1 ‐32,475 ‐27,359 ‐39,690 ‐99,523 11.9 ‐72,605 ‐72,605 6

97.5 13 0 1 ‐25,847 ‐27,359 ‐31,590 ‐84,796 12.6 ‐68,571 ‐891,429 74

92.5 69 0 1 ‐19,220 ‐27,359 ‐23,490 ‐70,068 13.3 ‐63,219 ‐4,362,144 364

87.5 208 0 1 ‐12,592 ‐27,359 ‐15,390 ‐55,341 14.0 ‐47,435 ‐9,866,465 822

82.5 391 0 1 ‐5,965 ‐27,359 ‐7,290 ‐40,613 15.4 ‐31,647 ‐12,373,855 1,031

77.5 596 0 1 663 ‐27,359 810 ‐25,886 16.8 ‐18,490 ‐11,019,934 918

72.5 839 1 0 3,314 ‐27,359 4,050 0 18.2 0 0 0

67.5 774 1 0 9,941 ‐27,359 12,150 0 19.6 0 0 0

62.5 782 1 0 16,569 ‐27,359 20,250 9,460 21.0 0 0 0

57.5 699 1 0 23,196 ‐27,359 28,350 24,188 22.4 0 0 0

‐38,586,431 3,216

Existing Load Summaries

Bin Temp Bin Heating Cooling Shell LoadInternal

Load

Ventilation

Load

Combined

Load

Proposed Cooling System

Existing Totals

Proposed Totals

Ventilation

Load

Combined

Load


Existing Building Equipment

Proposed Building Equipment

Existing Cooling SystemInternal

LoadShell LoadCoolingHeatingBinBin Temp

Building

Address

Heating Fuel 100000

Cooling System









72.5 839 1 0 3,314 ‐27,359 4,050 0 0 0 0 0 0 0 0 0 0

67.5 774 1 0 9,941 ‐27,359 12,150 0 0 0 0 0 0 0 0 0 0 Total 43,922 5,316


Cooling Set Point 78 deg F 57.5 699 1 0 23,196 ‐27,359 28,350 24,188 28,456 19,890,867 199 0 0 0 0 0 0 Billing Data 44,025 5295

52.5 724 1 0 29,824 ‐27,359 36,450 38,915 45,783 33,146,636 331 0 0 0 0 0 0 % Variation 0% 0%

47.5 706 1 0 36,451 ‐27,359 44,550 53,643 63,109 44,555,037 446 0 0 0 0 0 0






Exhaust 500 cfm 17.5 164 1 0 76,216 ‐27,359 93,150 142,008 167,068 27,399,142 274 0 0 0 0 0 0


7.5 29 1 0 89,471 ‐27,359 109,350 171,463 201,721 5,849,906 58 0 0 0 0 0 0





Vent Cooling 0 CFM

Vent Power 0 kW









72.5 839 1 0 2,235 ‐27,359 4,050 0 0 0 0 0 0 0 0 0 0

67.5 774 1 0 6,705 ‐27,359 12,150 0 0 0 0 0 0 0 0 0 0 Total 43,733 4,389



52.5 724 1 0 20,115 ‐27,359 36,450 29,207 34,361 24,877,066 249 0 0 0 0 0 0 kWh therms

47.5 706 1 0 24,585 ‐27,359 44,550 41,777 49,149 34,699,069 347 0 0 0 0 0 0 189 927






Exhaust 500 cfm 17.5 164 1 0 51,405 ‐27,359 93,150 117,197 137,878 22,612,031 226 0 0 0 0 0 0


7.5 29 1 0 60,345 ‐27,359 109,350 142,337 167,455 4,856,186 49 0 0 0 0 0 0





Vent Cooling 0 CFM

Vent Power 0 kW



Notes:


System Summary

Usage

Estimated

Savings

Building Equipment

Internal Loads

Set Points


System Summary

Usage

Set Points


Building Equipment

Internal Loads


Library

664 Tinton Ave


Gas

DX

MCLEANBR

Typewritten Text

MCLEANBR

Typewritten Text

Tinton Falls Building Insulation

Wall 1 Window 1 Window 2 Window 3 Window 4 Wall Window Total Wall 1 Window 1 Window 2 Window 3 Window 4 Wall Window Total

Height (ft) 8 3 0 3 0 Height (ft) 8 3 0 3 0

Width (ft) 140 5 0 2 0 Width (ft) 140 5 0 2 0

Count 1 19 0 5 0 24 Count 1 19 0 5 0 24

R‐value 4 1 1 1 1 R‐value 15 1 1 1 1

U‐value 0.25 1 1 1 1 1 U‐value 0.066666667 1 1 1 1 1

Area 1120 285 0 30 0 315 Area 1120 285 0 30 0 315



Width (ft) 270 4 0 0 0 Width (ft) 270 4 0 0 0

Count 1 19 0 0 0 19 Count 1 19 0 0 0 19

R‐value 10 1.5 1 1 1 R‐value 15 1.5 1 1 1

U‐value 0.1 0.6666667 1 1 1 0.666666667 U‐value 0.066666667 0.666666667 1 1 1 0.666666667

Area 2160 228 0 0 0 228 Area 2160 228 0 0 0 228

3280 3280

0.1512195 0.066666667

Roof 1 Window 1 Window 2 Window 3 Window 4 Roof Window Total Roof 1 Window 1 Window 2 Window 3 Window 4 Roof Window Total

Length (ft) 50 0 0 0 0 Length (ft) 50 0 0 0 0

Width (ft) 40 0 0 0 0 Width (ft) 40 0 0 0 0

Count 1 0 0 0 0 0 Count 1 0 0 0 0 0

R‐value 10 1 1 1 1 R‐value 20 1 1 1 1

U‐value 0.1 1 1 1 1 0 U‐value 0.05 1 1 1 1 0

Area 2000 0 0 0 0 0 Area 2000 0 0 0 0 0



Width (ft) 65 0 0 0 0 Width (ft) 65 0 0 0 0

Count 1 0 0 0 0 0 Count 1 0 0 0 0 0

R‐value 20 1 1 1 1 R‐value 30 1 1 1 1

U‐value 0.05 1 1 1 1 0 U‐value 0.033333333 1 1 1 1 0

Area 3250 0 0 0 0 0 Area 3250 0 0 0 0 0

5250 5250

0.0690476 0.03968254

543 543

0.8600368 0.860036832

Existing Envelope Proposed Envelope

Total Wall Area (sqft)

Average U‐value

Total Roof Area (sqft)

Average U‐value

Total Window Area (sqft)

Average U‐value


Average U‐value


Average U‐value


Average U‐value

Building

Address

Heating Fuel 100000

Cooling System









72.5 839 1 0 3,314 ‐27,359 4,050 0 0 0 0 0 0 0 0 0 0

67.5 774 1 0 9,941 ‐27,359 12,150 0 0 0 0 0 0 0 0 0 0 Total 43,922 5,316


Cooling Set Point 78 deg F 57.5 699 1 0 23,196 ‐27,359 28,350 24,188 28,456 19,890,867 199 0 0 0 0 0 0 Billing Usage 44,025 5295

52.5 724 1 0 29,824 ‐27,359 36,450 38,915 45,783 33,146,636 331 0 0 0 0 0 0 % Variation 0% 0%

47.5 706 1 0 36,451 ‐27,359 44,550 53,643 63,109 44,555,037 446 0 0 0 0 0 0






Exhaust 500 cfm 17.5 164 1 0 76,216 ‐27,359 93,150 142,008 167,068 27,399,142 274 0 0 0 0 0 0


7.5 29 1 0 89,471 ‐27,359 109,350 171,463 201,721 5,849,906 58 0 0 0 0 0 0





Vent Cooling 0 CFM

Vent Power 0 kW









72.5 839 1 0 2,599 ‐27,359 4,050 0 0 0 0 0 0 0 0 0 0

67.5 774 1 0 7,796 ‐27,359 12,150 0 0 0 0 0 0 0 0 0 0 Total 43,796 4,702



52.5 724 1 0 23,389 ‐27,359 36,450 32,480 38,212 27,665,531 277 0 0 0 0 0 0 kWh therms

47.5 706 1 0 28,586 ‐27,359 44,550 45,778 53,856 38,022,461 380 0 0 0 0 0 0 125 614






Exhaust 500 cfm 17.5 164 1 0 59,771 ‐27,359 93,150 125,563 147,721 24,226,225 242 0 0 0 0 0 0


7.5 29 1 0 70,166 ‐27,359 109,350 152,158 179,009 5,191,264 52 0 0 0 0 0 0





Vent Cooling 0 CFM

Vent Power 0 kW

Library

664 Tinton Ave


Gas

DX

System Summary

Usage

Set Points


Building Equipment

Internal Loads


Building Equipment

Internal Loads

Set Points


Notes:


System Summary

Usage

Estimated

Savings



MCLEANBR

Typewritten Text

MCLEANBR

Typewritten Text

Tinton Falls Library Window Replacement



Width (ft) 140 5 0 3 0 Width (ft) 140 5 0 3 0

Count 1 19 0 5 0 24 Count 1 19 0 5 0 24

R‐value 4 1 1 1 1 R‐value 4 3 3 3 1

U‐value 0.25 1 1 1 1 1 U‐value 0.25 0.333333333 0.333333333 0.333333333 1 0.333333333

Area 1120 285 0 30 0 315 Area 1120 285 0 30 0 315



Width (ft) 270 4 0 0 0 Width (ft) 270 4 0 0 0

Count 1 19 0 0 0 19 Count 1 19 0 0 0 19

R‐value 10 1.5 1 1 1 R‐value 10 3 3 3 1

U‐value 0.1 0.6666667 1 1 1 0.666666667 U‐value 0.1 0.333333333 0.333333333 0.333333333 1 0.333333333

Area 2160 228 0 0 0 228 Area 2160 228 0 0 0 228

3280 3280

0.1512195 0.151219512



Width (ft) 40 0 0 0 0 Width (ft) 40 0 0 0 0

Count 1 0 0 0 0 0 Count 1 0 0 0 0 0

R‐value 10 1 1 1 1 R‐value 10 1 1 1 1

U‐value 0.1 1 1 1 1 0 U‐value 0.1 1 1 1 1 0

Area 2000 0 0 0 0 0 Area 2000 0 0 0 0 0



Width (ft) 65 0 0 0 0 Width (ft) 65 0 0 0 0

Count 1 0 0 0 0 0 Count 1 0 0 0 0 0

R‐value 20 1 1 1 1 R‐value 20 1 1 1 1

U‐value 0.05 1 1 1 1 0 U‐value 0.05 1 1 1 1 0

Area 3250 0 0 0 0 0 Area 3250 0 0 0 0 0

5250 5250

0.0690476 0.069047619

543 543

0.8600368 0.333333333

Existing Envelope Proposed Envelope


Average U‐value


Average U‐value


Average U‐value


Average U‐value


Average U‐value


Average U‐value

Building

Address

Heating Fuel 100000

Cooling System



Window Area 100 sqft 102.5 1 0 1 ‐39,841 ‐75,577 ‐153,698 ‐269,116 0 0 0 ‐150,000 ‐176,471 15 ‐66,825 100 3 Heating 0 11,903

Window Conductivity 0.5 u Value 97.5 13 0 1 ‐30,987 ‐75,577 ‐119,543 ‐226,107 0 0 0 ‐150,000 ‐2,166,667 181 ‐51,975 100 39 Cooling 9,240 0

Roof Area 24750 sqft 92.5 69 0 1 ‐22,134 ‐75,577 ‐85,388 ‐183,099 0 0 0 ‐150,000 ‐10,894,737 908 ‐37,125 100 207 Vent Cooling 5,084 0

Roof Conductivity 0.05 u Value 87.5 208 0 1 ‐13,280 ‐75,577 ‐51,233 ‐140,090 0 0 0 ‐140,090 ‐29,138,751 2,428 ‐22,275 100 624

Floor Area 24750 sqft 82.5 391 0 1 ‐4,427 ‐75,577 ‐17,078 ‐97,082 0 0 0 ‐97,082 ‐34,508,114 2,876 ‐7,425 100 1,173 Lighting 108,405 0

Volume 247500 cuft 77.5 596 0 1 4,427 ‐75,577 17,078 ‐54,073 0 0 0 ‐54,073 ‐26,856,331 2,238 7,425 100 1,788 Equipment 65,043 438

72.5 839 0 1 13,280 ‐75,577 51,233 ‐11,065 0 0 0 ‐11,065 ‐7,140,955 595 22,275 50 1,250

67.5 774 1 0 7,968 ‐75,577 30,740 0 0 0 0 0 0 0 0 0 0 Total 187,772 12,341

Heating Set Point 72 deg F 62.5 782 1 0 16,822 ‐75,577 64,895 6,139 7,486 5,854,271 59 0 0 0 0 0 0 Billing 185,001 12,449

Cooling Set Point 80 deg F 57.5 699 1 0 25,675 ‐75,577 99,050 49,147 59,936 41,895,034 419 0 0 0 0 0 0 Variance 1.50% ‐0.87%

52.5 724 1 0 34,529 ‐75,577 133,205 92,156 112,385 81,366,784 814 0 0 0 0 0 0

47.5 706 1 0 43,382 ‐75,577 167,360 135,164 164,834 116,373,123 1,164 0 0 0 0 0 0

Lighting Density 0.50 w/sqft 42.5 722 1 0 52,236 ‐75,577 201,515 178,173 217,284 156,878,934 1,569 0 0 0 0 0 0

Equipment Density 0.30 w/sqft 37.5 687 1 0 61,089 ‐75,577 235,670 221,181 269,733 185,306,730 1,853 0 0 0 0 0 0

Occupancy 12 people 32.5 603 1 0 69,943 ‐75,577 269,825 264,190 322,183 194,276,121 1,943 0 0 0 0 0 0

Occupant Sensible Load 250 btu/person 27.5 399 1 0 78,796 ‐75,577 303,980 307,198 374,632 149,478,173 1,495 0 0 0 0 0 0

Infiltration 825.0 cfm 22.5 260 1 0 87,650 ‐75,577 338,135 350,207 427,081 111,041,165 1,110 0 0 0 0 0 0

Exhaust 5500 cfm 17.5 164 1 0 96,503 ‐75,577 372,290 393,215 479,531 78,643,050 786 0 0 0 0 0 0


7.5 29 1 0 114,210 ‐75,577 440,600 479,232 584,430 16,948,458 169 0 0 0 0 0 0


Heating Efficiency 82 % ‐2.5 4 1 0 131,917 ‐75,577 508,910 565,249 689,328 2,757,313 28 0 0 0 0 0 0


Cooling Efficiency 12.0 SEER Total 8,760 6,643 2,117 1,190,270,853 11,903 ‐110,882,025 9,240 169,476 5,084

Vent Cooling 2,750 CFM

Vent Power 3 kW









72.5 839 0 1 13,280 ‐75,577 51,233 ‐11,065 0 0 0 ‐9,484 ‐6,120,818 510 22,275 50 1,250

67.5 774 1 0 7,968 ‐75,577 30,740 0 0 0 0 0 0 0 0 0 0 Total 186,452 12,341



52.5 724 1 0 34,529 ‐75,577 133,205 92,156 112,385 81,366,784 814 0 0 0 0 0 0 kWh therms

47.5 706 1 0 43,382 ‐75,577 167,360 135,164 164,834 116,373,123 1,164 0 0 0 0 0 0 1,320 0






Exhaust 5500 cfm 17.5 164 1 0 96,503 ‐75,577 372,290 393,215 479,531 78,643,050 786 0 0 0 0 0 0


7.5 29 1 0 114,210 ‐75,577 440,600 479,232 584,430 16,948,458 169 0 0 0 0 0 0






Vent Power 3 kW



Notes:


System Summary

Usage

Estimated

Savings

Building Equipment

Internal Loads

Set Points


System Summary

Usage

Set Points


Building Equipment

Internal Loads


Public Works Building

556 Tinton Ave


Gas

DX

MCLEANBR

Typewritten Text

MCLEANBR

Typewritten Text

Tinton Falls Public Works Building Premium Efficiency Cooling





92.5 69 0 1 ‐22,134 ‐75,577 ‐85,388 ‐183,099 11.4 ‐157,895 ‐10,894,737 908

87.5 208 0 1 ‐13,280 ‐75,577 ‐51,233 ‐140,090 12.0 ‐140,090 ‐29,138,751 2,428

82.5 391 0 1 ‐4,427 ‐75,577 ‐17,078 ‐97,082 13.2 ‐88,256 ‐34,508,114 2,876

77.5 596 0 1 4,427 ‐75,577 17,078 ‐54,073 14.4 ‐45,061 ‐26,856,331 2,238

72.5 839 0 1 13,280 ‐75,577 51,233 ‐11,065 15.6 ‐8,511 ‐7,140,955 595

67.5 774 1 0 7,968 ‐75,577 30,740 0 16.8 0 0 0

62.5 782 1 0 16,822 ‐75,577 64,895 6,139 18.0 0 0 0

57.5 699 1 0 25,675 ‐75,577 99,050 49,147 19.2 0 0 0

‐110,882,025 9,240




102.5 1 0 1 ‐39,841 ‐75,577 ‐153,698 ‐269,116 11.9 ‐151,261 ‐151,261 13

97.5 13 0 1 ‐30,987 ‐75,577 ‐119,543 ‐226,107 12.6 ‐142,857 ‐1,857,143 155

92.5 69 0 1 ‐22,134 ‐75,577 ‐85,388 ‐183,099 13.3 ‐135,338 ‐9,338,346 778

87.5 208 0 1 ‐13,280 ‐75,577 ‐51,233 ‐140,090 14.0 ‐120,077 ‐24,976,072 2,081

82.5 391 0 1 ‐4,427 ‐75,577 ‐17,078 ‐97,082 15.4 ‐75,648 ‐29,578,383 2,465

77.5 596 0 1 4,427 ‐75,577 17,078 ‐54,073 16.8 ‐38,624 ‐23,019,712 1,918

72.5 839 0 1 13,280 ‐75,577 51,233 ‐11,065 18.2 ‐7,295 ‐6,120,818 510

67.5 774 1 0 7,968 ‐75,577 30,740 0 19.6 0 0 0

62.5 782 1 0 16,822 ‐75,577 64,895 6,139 21.0 0 0 0

57.5 699 1 0 25,675 ‐75,577 99,050 49,147 22.4 0 0 0

‐95,041,736 7,920



Load

Ventilation

Load

Combined

Load


Existing Totals

Proposed Totals

Ventilation

Load

Combined

Load






Building

Address

Heating Fuel 100000

Cooling System









72.5 839 0 1 13,280 ‐75,577 51,233 ‐11,065 0 0 0 ‐11,065 ‐7,140,955 595 22,275 50 1,250

67.5 774 1 0 7,968 ‐75,577 30,740 0 0 0 0 0 0 0 0 0 0 Total 187,772 12,341

Heating Set Point 72 deg F 62.5 782 1 0 16,822 ‐75,577 64,895 6,139 7,486 5,854,271 59 0 0 0 0 0 0 Billing 185,001 12,449

Cooling Set Point 80 deg F 57.5 699 1 0 25,675 ‐75,577 99,050 49,147 59,936 41,895,034 419 0 0 0 0 0 0 Variance 1.50% ‐0.87%

52.5 724 1 0 34,529 ‐75,577 133,205 92,156 112,385 81,366,784 814 0 0 0 0 0 0

47.5 706 1 0 43,382 ‐75,577 167,360 135,164 164,834 116,373,123 1,164 0 0 0 0 0 0






Exhaust 5500 cfm 17.5 164 1 0 96,503 ‐75,577 372,290 393,215 479,531 78,643,050 786 0 0 0 0 0 0


7.5 29 1 0 114,210 ‐75,577 440,600 479,232 584,430 16,948,458 169 0 0 0 0 0 0






Vent Power 3 kW









72.5 839 0 1 13,280 ‐75,577 51,233 ‐11,065 0 0 0 ‐11,065 ‐7,140,955 595 22,275 50 1,250

67.5 774 1 0 7,968 ‐75,577 30,740 0 0 0 0 0 0 0 0 0 0 Total 187,772 11,283



52.5 724 1 0 34,529 ‐75,577 133,205 92,156 102,395 74,134,181 741 0 0 0 0 0 0 kWh therms

47.5 706 1 0 43,382 ‐75,577 167,360 135,164 150,183 106,028,845 1,060 0 0 0 0 0 0 0 1,058






Exhaust 5500 cfm 17.5 164 1 0 96,503 ‐75,577 372,290 393,215 436,906 71,652,557 717 0 0 0 0 0 0


7.5 29 1 0 114,210 ‐75,577 440,600 479,232 532,480 15,441,928 154 0 0 0 0 0 0






Vent Power 3 kW



Notes:


System Summary

Usage

Estimated

Savings

Building Equipment

Internal Loads

Set Points


System Summary

Usage

Set Points


Building Equipment

Internal Loads



556 Tinton Ave


Gas

DX

MCLEANBR

Typewritten Text

MCLEANBR

Typewritten Text

Tinton Falls Public Works Building Premium Efficiency Heating

Building

Address

Heating Fuel 100000

Cooling System








Volume 56500 cuft 77.5 596 0 1 320 ‐31,584 750 ‐30,514 0 0 0 ‐30,514 ‐15,155,444 1,263 0 100 0 Equipment 17,818 1,051

72.5 839 0 1 3,517 ‐31,584 8,247 ‐19,820 0 0 0 ‐19,820 ‐12,791,405 1,066 0 100 0

67.5 774 1 0 2,878 ‐31,584 6,747 0 0 0 0 0 0 0 0 0 0 Total 47,489 3,318

Heating Set Point 72 deg F 62.5 782 1 0 6,075 ‐31,584 14,244 0 0 0 0 0 0 0 0 0 0 Billing 47,600 3,357

Cooling Set Point 78 deg F 57.5 699 1 0 9,273 ‐31,584 21,741 0 0 0 0 0 0 0 0 0 0 Variance 0% ‐1%

52.5 724 1 0 12,470 ‐31,584 29,238 10,125 12,980 9,397,876 94 0 0 0 0 0 0

47.5 706 1 0 15,668 ‐31,584 36,735 20,819 26,691 18,844,120 188 0 0 0 0 0 0





Infiltration 188.3 cfm 22.5 260 1 0 31,655 ‐31,584 74,220 74,292 95,246 24,763,928 248 0 0 0 0 0 0

Exhaust 1200 cfm 17.5 164 1 0 34,853 ‐31,584 81,717 84,986 108,957 17,868,911 179 0 0 0 0 0 0


7.5 29 1 0 41,248 ‐31,584 96,711 106,375 136,379 3,954,978 40 0 0 0 0 0 0





Vent Cooling 0 CFM

Vent Power 0 kW




Window Conductivity 0.5 u Value 97.5 13 0 1 ‐12,470 ‐31,584 ‐29,238 ‐73,292 0 0 0 ‐62,822 ‐907,429 76 0 100 0 Cooling 4,221 0





72.5 839 0 1 3,517 ‐31,584 8,247 ‐19,820 0 0 0 ‐16,988 ‐10,964,061 914 0 100 0

67.5 774 1 0 2,878 ‐31,584 6,747 0 0 0 0 0 0 0 0 0 0 Total 46,786 3,318

Heating Set Point 72 deg F 62.5 782 1 0 6,075 ‐31,584 14,244 0 0 0 0 0 0 0 0 0 0

Cooling Set Point 78 deg F 57.5 699 1 0 9,273 ‐31,584 21,741 0 0 0 0 0 0 0 0 0 0

52.5 724 1 0 12,470 ‐31,584 29,238 10,125 12,980 9,397,876 94 0 0 0 0 0 0 kWh therms

47.5 706 1 0 15,668 ‐31,584 36,735 20,819 26,691 18,844,120 188 0 0 0 0 0 0 704 0






Exhaust 1200 cfm 17.5 164 1 0 34,853 ‐31,584 81,717 84,986 108,957 17,868,911 179 0 0 0 0 0 0


7.5 29 1 0 41,248 ‐31,584 96,711 106,375 136,379 3,954,978 40 0 0 0 0 0 0





Vent Cooling 0 CFM

Vent Power 0 kW

EMS South

Voulenteer Way


Gas

DX

System Summary

Usage

Set Points


Building Equipment

Internal Loads


Building Equipment

Internal Loads

Set Points


Notes:


System Summary

Usage

Estimated

Savings



MCLEANBR

Typewritten Text

Tinton Falls EMS South Premium Efficiency Cooling





92.5 69 0 1 ‐9,273 ‐31,584 ‐21,741 ‐62,598 11.4 ‐65,892 ‐4,546,578 379

87.5 208 0 1 ‐6,075 ‐31,584 ‐14,244 ‐51,903 12.0 ‐51,903 ‐10,795,890 900

82.5 391 0 1 ‐2,878 ‐31,584 ‐6,747 ‐41,209 13.2 ‐37,463 ‐14,647,861 1,221

77.5 596 0 1 320 ‐31,584 750 ‐30,514 14.4 ‐25,429 ‐15,155,444 1,263

72.5 839 0 1 3,517 ‐31,584 8,247 ‐19,820 15.6 ‐15,246 ‐12,791,405 1,066

67.5 774 1 0 2,878 ‐31,584 6,747 0 16.8 0 0 0

62.5 782 1 0 6,075 ‐31,584 14,244 0 18.0 0 0 0

57.5 699 1 0 9,273 ‐31,584 21,741 0 19.2 0 0 0

‐59,094,653 4,925




102.5 1 0 1 ‐15,668 ‐31,584 ‐36,735 ‐83,987 11.9 ‐84,693 ‐84,693 7

97.5 13 0 1 ‐12,470 ‐31,584 ‐29,238 ‐73,292 12.6 ‐69,802 ‐907,429 76

92.5 69 0 1 ‐9,273 ‐31,584 ‐21,741 ‐62,598 13.3 ‐56,479 ‐3,897,067 325

87.5 208 0 1 ‐6,075 ‐31,584 ‐14,244 ‐51,903 14.0 ‐44,489 ‐9,253,620 771

82.5 391 0 1 ‐2,878 ‐31,584 ‐6,747 ‐41,209 15.4 ‐32,111 ‐12,555,310 1,046

77.5 596 0 1 320 ‐31,584 750 ‐30,514 16.8 ‐21,796 ‐12,990,381 1,083

72.5 839 0 1 3,517 ‐31,584 8,247 ‐19,820 18.2 ‐13,068 ‐10,964,061 914

67.5 774 1 0 2,878 ‐31,584 6,747 0 19.6 0 0 0

62.5 782 1 0 6,075 ‐31,584 14,244 0 21.0 0 0 0

57.5 699 1 0 9,273 ‐31,584 21,741 0 22.4 0 0 0

‐50,652,560 4,221







Existing Totals

Proposed Totals

Ventilation

Load

Combined

Load



Load

Ventilation

Load

Combined

Load

Building

Address

Heating Fuel 100000

Cooling System









72.5 839 0 1 3,517 ‐31,584 8,247 ‐19,820 0 0 0 ‐19,820 ‐12,791,405 1,066 0 100 0

67.5 774 1 0 2,878 ‐31,584 6,747 0 0 0 0 0 0 0 0 0 0 Total 47,489 3,318

Heating Set Point 72 deg F 62.5 782 1 0 6,075 ‐31,584 14,244 0 0 0 0 0 0 0 0 0 0 Billing 47,600 3,357

Cooling Set Point 78 deg F 57.5 699 1 0 9,273 ‐31,584 21,741 0 0 0 0 0 0 0 0 0 0 Variance 0% ‐1%

52.5 724 1 0 12,470 ‐31,584 29,238 10,125 12,980 9,397,876 94 0 0 0 0 0 0

47.5 706 1 0 15,668 ‐31,584 36,735 20,819 26,691 18,844,120 188 0 0 0 0 0 0






Exhaust 1200 cfm 17.5 164 1 0 34,853 ‐31,584 81,717 84,986 108,957 17,868,911 179 0 0 0 0 0 0


7.5 29 1 0 41,248 ‐31,584 96,711 106,375 136,379 3,954,978 40 0 0 0 0 0 0





Vent Cooling 0 CFM

Vent Power 0 kW









72.5 839 0 1 3,517 ‐31,584 8,247 ‐19,820 0 0 0 ‐19,820 ‐12,791,405 1,066 0 100 0

67.5 774 1 0 2,878 ‐31,584 6,747 0 0 0 0 0 0 0 0 0 0 Total 47,489 3,016

Heating Set Point 72 deg F 62.5 782 1 0 6,075 ‐31,584 14,244 0 0 0 0 0 0 0 0 0 0

Cooling Set Point 78 deg F 57.5 699 1 0 9,273 ‐31,584 21,741 0 0 0 0 0 0 0 0 0 0

52.5 724 1 0 12,470 ‐31,584 29,238 10,125 11,250 8,144,825 81 0 0 0 0 0 0 kWh therms

47.5 706 1 0 15,668 ‐31,584 36,735 20,819 23,133 16,331,571 163 0 0 0 0 0 0 0 302






Exhaust 1200 cfm 17.5 164 1 0 34,853 ‐31,584 81,717 84,986 94,429 15,486,389 155 0 0 0 0 0 0


7.5 29 1 0 41,248 ‐31,584 96,711 106,375 118,195 3,427,648 34 0 0 0 0 0 0





Vent Cooling 0 CFM

Vent Power 0 kW

EMS South

Voulenteer Way


Gas

DX

System Summary

Usage

Set Points


Building Equipment

Internal Loads


Building Equipment

Internal Loads

Set Points


Notes:


System Summary

Usage

Estimated

Savings



MCLEANBR

Typewritten Text

Tinton Falls EMS South Premium Efficiency Heating

Appendix D

Appendix D ‐ Lighting Upgrades

Building Floor Location/Room # Existing Fixture/Lamp & Ballast DescriptionQty of Existing

FixturesExisting Fixture

WattsExisting kW

Operating Hours

Existing kWh Existing Annual Energy

Cost Proposed Replacement Solution

Qty of Proposed Fixtures

Proposed Fixture Watts

Proposed kW Base Proposed Operational Hours

Without Sensors Proposed Operational Hours

With Sensors Proposed kWh Without

SensorsProposed kWh With

SensorsProposed Occupancy Sensor Type

Occupancy Sensor Quantity

Total kWh Saved

Energy Cost Savings

Ballast/Fixture/Reflector Per Unit Price

Bulb (Per Unit Price)

Labor (Per Unit Price)

Occupancy Sensor (Per Unit Price)

Occupany Sensor (Per Unit Labor

Price)Labor Total Materials Total

Labor & Materials Total

Tinton Falls Borough Hall - Interior 000 Boiler Room 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic

Ballasts 10 507 0.507 500 253.5 $40.6 Replace 32W T8 Lamps with 25W T8 Lamps 10 397 0.397 500 350 198.5 138.95 None Proposed 0 114.55 18.3 $0.0 $10.0 $32.0 $0.0 $0.0 $320.0 $100.0 $420.0

Tinton Falls Borough Hall - Interior 000 Hallway 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic

Ballasts 12 1056 1.056 4160 4392.96 $702.9 Replace 32W T8 Lamps with 25W T8 Lamps 12 712.8 0.7128 4160 2912 2965.248 2075.6736 None Proposed 0 2317.2864 370.8 $0.0 $15.0 $32.0 $0.0 $0.0 $384.0 $180.0 $564.0

Tinton Falls Borough Hall - Interior 000 Mechanical Room 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic

Ballasts 4 202.8 0.2028 4160 843.648 $135.0 Replace 32W T8 Lamps with 25W T8 Lamps 4 158.8 0.1588 4160 2912 660.608 462.4256 None Proposed 1 381.2224 61.0 $0.0 $10.0 $32.0 $0.0 $0.0 $128.0 $40.0 $168.0

Tinton Falls Borough Hall - Interior 000 IT 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Lunch Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Lunch room 2X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Community Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Bathroom 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic

Ballasts 3 264 0.264 500 132 $21.1 Replace 32W T8 Lamps with 25W T8 Lamps 3 178.2 0.1782 500 350 89.1 62.37 None Proposed 6 69.63 11.1 $0.0 $15.0 $32.0 $0.0 $0.0 $96.0 $45.0 $141.0

Tinton Falls Borough Hall - Interior 000 Bathroom 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Elevator Machine Room 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Elevator Machine Room 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Janitor 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Mail Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Mech Room 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Conference Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Rec. Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic




Tinton Falls Borough Hall - Interior 000 Stairwell 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Computer Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic




Tinton Falls Borough Hall - Interior 000 Communications Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic






Tinton Falls Borough Hall - Interior 000 Stairs 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Janitors 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Womens Locker Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Womens Locker Room 2X2 Fixtures w/ 2-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Mens Locker Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 000 Fitness Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic




Tinton Falls Borough Hall - Interior 000 Closet 2 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic






Tinton Falls Borough Hall - Interior 001 Office 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 001 Kitchen 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 001 Mens Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 001 Womens Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic








Tinton Falls Borough Hall - Interior 001 Mail 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic






Tinton Falls Borough Hall - Interior 002 Lieutenant 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic




Tinton Falls Borough Hall - Interior 001 Records 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 001 Holding Cells 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic







WattsExisting kW

Operating Hours











Total kWh Saved

Energy Cost Savings














Tinton Falls Borough Hall - Interior 001 Games 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 001 K-9 Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 001 Lobby 175W Fixture 15 3315 3.315 4160 13790.4 $2,206.5 None Proposed 15 3315 3.315 4160 2912 13790.4 9653.28 None Proposed 52 4137.12 661.9 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0

Tinton Falls Borough Hall - Interior 001 Court Room 175W Fixture 3 663 0.663 4160 2758.08 $441.3 None Proposed 3 663 0.663 4160 2912 2758.08 1930.656 None Proposed 53 827.424 132.4 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0

Tinton Falls Borough Hall - Interior 001 Court Room 175W Fixture 5 1105 1.105 4160 4596.8 $735.5 None Proposed 5 1105 1.105 4160 2912 4596.8 3217.76 None Proposed 54 1379.04 220.6 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0

Tinton Falls Borough Hall - Interior 001 Court Room 175W Fixture 10 2210 2.21 4160 9193.6 $1,471.0 None Proposed 10 2210 2.21 4160 2912 9193.6 6435.52 None Proposed 55 2758.08 441.3 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0

Tinton Falls Borough Hall - Interior 001 Court Room 42W CFL Fixture 35 1715 1.715 4160 7134.4 $1,141.5 None Proposed 35 1715 1.715 4160 2912 7134.4 4994.08 None Proposed 56 2140.32 342.5 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0

Tinton Falls Borough Hall - Interior 001 Court Room 42W CFL Fixture 9 441 0.441 4160 1834.56 $293.5 None Proposed 9 441 0.441 4160 2912 1834.56 1284.192 None Proposed 57 550.368 88.1 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0



Tinton Falls Borough Hall - Interior 001 Prosecutor 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 001 Mens Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic








Tinton Falls Borough Hall - Interior 001 Copy Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic




Tinton Falls Borough Hall - Interior 001 Central Server 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 001 Parks 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic




Tinton Falls Borough Hall - Interior 001 Tax Offices 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 001 Buildings Dept. 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic

Ballasts 28 2464 2.464 4160 10250.24 $1,640.0 Replace 32W T8 Lamps with 25W T8 Lamps 28 1663.2 1.6632 4160 2912 6918.912 4843.2384 None Proposed 70 5407.0016 865.1 $0.0 $15.0 $32.0 $0.0 $0.0 $896.0 $420.0 $1,316.0

Tinton Falls Borough Hall - Interior 001 Save Department 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 001 Stairwell 26W CFL Fixture 2 52 0.052 4160 216.32 $34.6 None Proposed 2 52 0.052 4160 2912 216.32 151.424 None Proposed 72 64.896 10.4 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0

Tinton Falls Borough Hall - Interior 001 Fonana Other 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 002 Clart 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 002 Bathroom M 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 002 Bathroom W 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic




Tinton Falls Borough Hall - Interior 002 Stairwell 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 002 Mechanical Space 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 002 Conference Room 42W CFL Fixture 8 392 0.392 4160 1630.72 $260.9 None Proposed 8 392 0.392 4160 2912 1630.72 1141.504 None Proposed 80 489.216 78.3 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0











Tinton Falls Borough Hall - Interior 002 Borough Director 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 002 Clerk 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 002 Clerk 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 002 Personel 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Tinton Falls Borough Hall - Interior 002 Clerk ECM Type: Incandescent 1 0 0 4160 0 $0.0 0 1 0 0 4160 2912 0 0 None Proposed 90 0 0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0

Tinton Falls Borough Hall - Interior 002 Managers Office 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic






Tinton Falls Borough Hall - Exterior 000 Exterior 13W CFL Fixture 6 78 0.078 4360 340.08 $54.4 None Proposed 6 78 0.078 4360 3052 340.08 238.056 None Proposed 94 102.024 16.3 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0




WattsExisting kW

Operating Hours











Total kWh Saved

Energy Cost Savings








Tinton Falls Borough Hall - Exterior 000 Parking LotPole Mounted Luminare - 1 Head (Assume 175W

MH) 25 6496.875 6.496875 4360 28326.375 $4,532.2 Replace 175W Fixture with Induction Light Fixture 25 2750 2.75 4360 3052 11990 8393 None Proposed 95 19933.375 3,189.3 $0.0 $760.0 $137.0 $0.0 $0.0 $3,425.0 $19,000.0 $22,425.0

Tinton Falls Borough Hall - Exterior 000 ExteriorPole Mounted Luminare - 1 Head (Assume 175W

MH) 6 1559.25 1.55925 4360 6798.33 $1,087.7 Replace 175W Fixture with Induction Light Fixture 6 660 0.66 4360 3052 2877.6 2014.32 None Proposed 96 4784.01 765.4 $0.0 $760.0 $137.0 $0.0 $0.0 $822.0 $4,560.0 $5,382.0


MH) 18 4677.75 4.67775 4360 20394.99 $3,263.2 Replace 175W Fixture with Induction Light Fixture 18 1980 1.98 4360 3052 8632.8 6042.96 None Proposed 97 14352.03 2,296.3 $0.0 $760.0 $137.0 $0.0 $0.0 $2,466.0 $13,680.0 $16,146.0


Tinton Falls Borough Hall - Exterior 000 Exterior Exterior Wall Packs (Assume 70w) 2 180 0.18 4360 784.8 $125.6 Replace 70W Fixture with Induction Light Fixture 2 88 0.088 4360 3052 383.68 268.576 None Proposed 99 516.224 82.6 $0.0 $380.0 $137.0 $0.0 $0.0 $274.0 $760.0 $1,034.0


MH) 1 259.875 0.259875 4360 1133.055 $181.3 Replace 175W Fixture with Induction Light Fixture 1 110 0.11 4360 3052 479.6 335.72 None Proposed 100 797.335 127.6 $0.0 $760.0 $137.0 $0.0 $0.0 $137.0 $760.0 $897.0


Public Works Building - Interior 000 Office 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic

Ballasts 12 1056 1.056 3432 3624.192 $616.1 Replace 32W T8 Lamps with 25W T8 Lamps 12 712.8 0.7128 3432 2402.4 2446.3296 1712.43072 None Proposed 102 1911.76128 325.0 $0.0 $15.0 $32.0 $0.0 $0.0 $384.0 $180.0 $564.0

Public Works Building - Interior 000 Kitchen 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Public Works Building - Interior 000 Hallway 2X2 Fixtures w/ 2-T8 Lamps w/ Electronic

Ballasts 5 253.5 0.2535 3432 870.012 $147.9 Replace 32W T8 Lamps with 25W T8 Lamps 5 198.5 0.1985 3432 2402.4 681.252 476.8764 None Proposed 104 393.1356 66.8 $0.0 $10.0 $32.0 $0.0 $0.0 $160.0 $50.0 $210.0


Ballasts 10 507 0.507 3432 1740.024 $295.8 Replace 32W T8 Lamps with 25W T8 Lamps 10 397 0.397 3432 2402.4 1362.504 953.7528 None Proposed 105 786.2712 133.7 $0.0 $10.0 $32.0 $0.0 $0.0 $320.0 $100.0 $420.0

Public Works Building - Interior 000 Fruit Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Public Works Building - Interior 000 Electrical Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic




Public Works Building - Interior 000 Storage 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic






Public Works Building - Interior 000 Mens Bathroom 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Public Works Building - Interior 000 Mens Bathroom 2X2 Fixtures w/ 2-T8 Lamps w/ Electronic


Public Works Building - Interior 000 Breakroom 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Public Works Building - Interior 000 Breakroom 2X2 Fixtures w/ 2-T8 Lamps w/ Electronic




Public Works Building - Interior 000 Conference Room 2X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Public Works Building - Interior 000 Conference Room 150W Incandescent Fixture 10 1500 1.5 3432 5148 $875.2 Replace 150W Incandescent Fixture with 25W CFL 10 250 0.25 3432 2402.4 858 600.6 None Proposed 118 4547.4 773.1 $0.0 $7.0 $20.0 $0.0 $0.0 $200.0 $70.0 $270.0













Public Works Building - Exterior 000 Garage 400W Metal Halide Fixtures 47 21526 21.526 4360 93853.36 $15,955.1Replace Metal Halide Fixtures with 6-Lamp

Fluorescent Highbay Fixtures47 10622 10.622 4360 3052 46311.92 32418.344 None Proposed 125 61435.016 10,444.0 $168.0 $105.0 $100.0 $0.0 $0.0 $4,700.0 $12,831.0 $17,531.0

Public Works Building - Exterior 000 Parts 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic

Ballasts 24 1216.8 1.2168 4360 5305.248 $901.9 Replace 32W T8 Lamps with 25W T8 Lamps 24 952.8 0.9528 4360 3052 4154.208 2907.9456 None Proposed 126 2397.3024 407.5 $0.0 $10.0 $32.0 $0.0 $0.0 $768.0 $240.0 $1,008.0

Public Works Building - Exterior 000 Parts 1x8 Fixture w/ 2-T12 Lamps w/ Magnetic

Ballasts8 684.8 0.6848 4360 2985.728 $507.6

Replace T12 Bulbs With 25W T8 Bulbs, Replace Ballast w/ High Perf., 0.78 Ballast Factor Ballast

8 317.6 0.3176 4360 3052 1384.736 969.3152 None Proposed 127 2016.4128 342.8 $55.0 $10.0 $65.0 $0.0 $0.0 $520.0 $520.0 $1,040.0

Public Works Building - Exterior 000 Garage1X4 Fixtures w/ 2-T5HO Lamps w/ Electronic

Ballasts 22 2851.2 2.8512 4360 12431.232 $2,113.3 None Proposed 22 2851.2 2.8512 4360 3052 12431.232 8701.8624 None Proposed 128 3729.3696 634.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0

Public Works Building - Exterior 000 Sign Shop 1X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Public Works Building - Exterior 000 Maintenance 1X4 Fixtures w/ 3-T8 Lamps w/ Electronic


Public Works Building - Exterior 000 Exterior 400W Metal Halide Fixtures 2 916 0.916 4360 3993.76 $678.9Replace Metal Halide Fixtures with 6-Lamp

Fluorescent Highbay Fixtures2 452 0.452 4360 3052 1970.72 1379.504 None Proposed 131 2614.256 444.4 $168.0 $105.0 $100.0 $0.0 $0.0 $200.0 $546.0 $746.0

Public Works Building - Exterior 000 Garage 400W Metal Halide Fixtures 2 916 0.916 4360 3993.76 $678.9Replace Metal Halide Fixtures with 6-Lamp

Fluorescent Highbay Fixtures2 452 0.452 4360 3052 1970.72 1379.504 None Proposed 132 2614.256 444.4 $168.0 $105.0 $100.0 $0.0 $0.0 $200.0 $546.0 $746.0

Public Works Building - Exterior 000 Garage1X4 Fixtures w/ 2-T5HO Lamps w/ Electronic

Ballasts 6 777.6 0.7776 4360 3390.336 $576.4 None Proposed 6 777.6 0.7776 4360 3052 3390.336 2373.2352 None Proposed 133 1017.1008 172.9 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0

Public Works Building - Exterior 000 Wash Bay 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Public Works Building - Exterior 000 Exterior 150W Metal Halide Wall Pack 2 378 0.378 4360 1648.08 $280.2 Replace 150W Fixture with Induction Light Fixture 2 180 0.18 4360 3052 784.8 549.36 None Proposed 135 1098.72 186.8 $0.0 $380.0 $137.0 $0.0 $0.0 $274.0 $760.0 $1,034.0

Public Works Building - Exterior 000 Exterior 150W Metal Halide Wall Pack 8 1512 1.512 4360 6592.32 $1,120.7 Replace 150W Fixture with Induction Light Fixture 8 720 0.72 4360 3052 3139.2 2197.44 None Proposed 136 4394.88 747.1 $0.0 $380.0 $137.0 $0.0 $0.0 $1,096.0 $3,040.0 $4,136.0

Library - Interior 000 Library 1X4 Fixtures w/ 1-T8 Lamps w/ Electronic


Library - Interior 000 Break Room 2X4 Fixtures w/ 4-T8 Lamps w/ Electronic




Library - Interior 000 Office 2X4 Fixtures w/ 4-T8 Lamps w/ Electronic









WattsExisting kW

Operating Hours











Total kWh Saved

Energy Cost Savings








Library - Interior 000 Bathroom 13W CFL Fixture 1 13 0.013 500 6.5 $1.1 None Proposed 1 13 0.013 500 350 6.5 4.55 None Proposed 143 1.95 0.3 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0

Library - Interior 000 Bathroom 13W CFL Fixture 1 13 0.013 500 6.5 $1.1 None Proposed 1 13 0.013 500 350 6.5 4.55 None Proposed 144 1.95 0.3 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0

Library - Interior 000 Basement 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Library - Interior 000 Basement 60W Incandescent Fixture 4 240 0.24 3120 748.8 $127.3 Replace 60W Incandescent Fixture with 13W CFL 4 52 0.052 3120 2184 162.24 113.568 None Proposed 146 635.232 108.0 $0.0 $5.0 $20.0 $0.0 $0.0 $80.0 $20.0 $100.0

Library - Interior 000 Basement 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Library - Exterior 000 Exterior 42W CFL Fixture 12 588 0.588 4360 2563.68 $435.8 None Proposed 12 588 0.588 4360 3052 2563.68 1794.576 None Proposed 148 769.104 0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0

EMS South - Interior 001 Conference Room 2x4 Fixtures w/ 4-T12 Lamp Fixture w/ Magnetic

Ballast15 2568 2.568 8760 22495.68 $4,049.2


15 1188 1.188 8760 6132 10406.88 7284.816 None Proposed 149 15210.864 2,738.0 $105.0 $20.0 $65.0 $0.0 $0.0 $975.0 $1,875.0 $2,850.0

EMS South - Interior 001 Kitchen 2x4 Fixtures w/ 4-T12 Lamp Fixture w/ Magnetic

Ballast3 513.6 0.5136 8760 4499.136 $809.8


3 237.6 0.2376 8760 6132 2081.376 1456.9632 None Proposed 150 3042.1728 547.6 $105.0 $20.0 $65.0 $0.0 $0.0 $195.0 $375.0 $570.0

EMS South - Interior 001 Hallway 2x4 Fixtures w/ 4-T12 Lamp Fixture w/ Magnetic

Ballast5 856 0.856 8760 7498.56 $1,349.7


5 396 0.396 8760 6132 3468.96 2428.272 None Proposed 151 5070.288 912.7 $105.0 $20.0 $65.0 $0.0 $0.0 $325.0 $625.0 $950.0

EMS South - Interior 001 Mens Room 2x4 Fixtures w/ 4-T12 Lamp Fixture w/ Magnetic

Ballast2 342.4 0.3424 500 171.2 $30.8


2 158.4 0.1584 500 350 79.2 55.44 None Proposed 152 115.76 20.8 $105.0 $20.0 $65.0 $0.0 $0.0 $130.0 $250.0 $380.0

EMS South - Interior 001 Womens Room 2x4 Fixtures w/ 4-T12 Lamp Fixture w/ Magnetic

Ballast2 342.4 0.3424 500 171.2 $30.8


2 158.4 0.1584 500 350 79.2 55.44 None Proposed 153 115.76 20.8 $105.0 $20.0 $65.0 $0.0 $0.0 $130.0 $250.0 $380.0

EMS South - Interior 001 Electrical Room 1x8 Fixture w/ 2-T12 Lamps w/ Magnetic

Ballasts2 171.2 0.1712 4360 746.432 $134.4


2 79.4 0.0794 4360 3052 346.184 242.3288 None Proposed 154 504.1032 90.7 $55.0 $10.0 $65.0 $0.0 $0.0 $130.0 $130.0 $260.0

EMS South - Interior 002 Attic 1x8 Fixture w/ 2-T12 Lamps w/ Magnetic

Ballasts2 171.2 0.1712 500 85.6 $15.4


2 79.4 0.0794 500 350 39.7 27.79 None Proposed 155 57.81 10.4 $55.0 $10.0 $65.0 $0.0 $0.0 $130.0 $130.0 $260.0

EMS South - Interior 001 Bay 1x8 Fixture w/ 2-T12 Lamps w/ Magnetic

Ballasts9 770.4 0.7704 8760 6748.704 $1,214.8


9 357.3 0.3573 8760 6132 3129.948 2190.9636 None Proposed 156 4557.7404 820.4 $55.0 $10.0 $65.0 $0.0 $0.0 $585.0 $585.0 $1,170.0

EMS South - Interior 001 Break Room 2x4 Fixtures w/ 4-T12 Lamp Fixture w/ Magnetic

Ballast8 1369.6 1.3696 8760 11997.696 $2,159.6


8 633.6 0.6336 8760 6132 5550.336 3885.2352 None Proposed 157 8112.4608 1,460.2 $105.0 $20.0 $65.0 $0.0 $0.0 $520.0 $1,000.0 $1,520.0

EMS South - Interior 001 Conference Room 100W Incandescent Fixture 10 1000 1 8760 8760 $1,576.8 Replace 100W Incandescent Fixture with 25W CFL 10 250 0.25 8760 6132 2190 1533 None Proposed 158 7227 1,300.9 $0.0 $7.0 $20.0 $0.0 $0.0 $200.0 $70.0 $270.0

EMS South - Exterior 001 Exterior 100W Incandescent Fixture 4 400 0.4 4360 1744 $313.9 Replace 100W Incandescent Fixture with 25W CFL 4 100 0.1 4360 3052 436 305.2 None Proposed 159 1438.8 259.0 $0.0 $7.0 $20.0 $0.0 $0.0 $80.0 $28.0 $108.0

EMS South - Exterior 001 Exterior Exterior Wall Packs (Assume 70w) 2 180 0.18 4360 784.8 $141.3 Replace 70W Fixture with Induction Light Fixture 2 88 0.088 4360 3052 383.68 268.576 None Proposed 160 516.224 92.9 $0.0 $380.0 $137.0 $0.0 $0.0 $274.0 $760.0 $1,034.0

EMS South - Exterior 001 Exterior 100W Incandescent Fixture 2 200 0.2 4360 872 $157.0 Replace 100W Incandescent Fixture with 25W CFL 2 50 0.05 4360 3052 218 152.6 None Proposed 161 719.4 129.5 $0.0 $7.0 $20.0 $0.0 $0.0 $40.0 $14.0 $54.0

Shrewsbury Avenue Pump Station - Interior 162 Generator Enclosure 60W Incandescent Fixture 2 120 0.12 500 60 $10.8 Replace 60W Incandescent Fixture with 13W CFL 2 26 0.026 500 350 13 9.1 None Proposed 162 50.9 9.2 $0.0 $5.0 $20.0 $0.0 $0.0 $40.0 $10.0 $50.0

Hance Avenue Pump Station - Interior 166 Pump Station 60W Incandescent Fixture 2 120 0.12 0 $0.0 Replace 60W Incandescent Fixture with 13W CFL 2 26 0.026 0 0 0 0 None Proposed 166 0 0.0 $0.0 $5.0 $20.0 $0.0 $0.0 $40.0 $10.0 $50.0




WattsExisting kW

Operating Hours











Total kWh Saved

Energy Cost Savings








Tinton Avenue Pump Station - Interior 000 Pump Station 60W Incandescent Fixture 2 120 0.12 500 60 $11.4 Replace 60W Incandescent Fixture with 13W CFL 2 26 0.026 500 350 13 9.1 None Proposed 0 50.9 9.7 $0.0 $5.0 $20.0 $0.0 $0.0 $40.0 $10.0 $50.0

Tinton Avenue Pump Station - Interior 000 Pump Station 150W Incandescent Fixture 2 300 0.3 500 150 $28.5 Replace 150W Incandescent Fixture with 25W CFL 2 50 0.05 500 350 25 17.5 None Proposed 0 132.5 25.2 $0.0 $7.0 $20.0 $0.0 $0.0 $40.0 $14.0 $54.0

Tinton Avenue Pump Station - Exterior 000 Exterior 250W MH Fixture 1 285 0.285 4380 1248.3 $237.2 Replace 250W Fixture with Induction Light Fixture 1 110 0.11 4380 3066 481.8 337.26 None Proposed 0 911.04 173.1 $0.0 $390.0 $137.0 $0.0 $0.0 $137.0 $390.0 $527.0

Sam Drive Pump Station - Interior 000 Pump Station 1X4 Fixtures w/ 2-T8 Lamps w/ Electronic


Sam Drive Pump Station - Interior 000 Pump Station 60W Incandescent Fixture 2 120 0.12 500 60 $11.4 Replace 60W Incandescent Fixture with 13W CFL 2 26 0.026 500 350 13 9.1 None Proposed 0 50.9 9.7 $0.0 $5.0 $20.0 $0.0 $0.0 $40.0 $10.0 $50.0

Sam Drive Pump Station - Exterior 000 Exterior 60W Incandescent Fixture 2 120 0.12 4380 525.6 $99.9 Replace 60W Incandescent Fixture with 13W CFL 2 26 0.026 4380 3066 113.88 79.716 None Proposed 0 445.884 84.7 $0.0 $5.0 $20.0 $0.0 $0.0 $40.0 $10.0 $50.0

Jumping Brook Pump Station - Interior 000 Pump Station 60W Incandescent Fixture 2 120 0.12 500 60 $10.2 Replace 60W Incandescent Fixture with 13W CFL 2 26 0.026 500 350 13 9.1 None Proposed 0 50.9 8.7 $0.0 $5.0 $20.0 $0.0 $0.0 $40.0 $10.0 $50.0

Jumping Brook Pump Station - Exterior 001 Exterior 250W MH Fixture 1 285 0.285 4380 1248.3 $212.2 Replace 250W Fixture with Induction Light Fixture 1 110 0.11 4380 3066 481.8 337.26 None Proposed 0 911.04 154.9 $0.0 $390.0 $137.0 $0.0 $0.0 $137.0 $390.0 $527.0

Appendix E

Tinton Falls Borough Hall

CalculationsSolar Rating - Zip Code: 07724 4.63 kWh/sq-m/daySolar Capacity Required (kW) 42Roof Space Needed (sq-ft) 4,200.00Annual Solar kWh (PV Watts) 51,492

Net System installation Cost ($9/kWh) $378,000Electrical Service Modification Cost $100,000Total System Installation Cost $478,000

Materials $334,600Labor $143,400

Engineers Opinion of Probable Cost $597,500

AssumptionsAnnual System Degredation 0.50%Annual Utility Inflation 3.00%Annual Maintenance Costs 2%

Year Utility Price Solar kWh Utility Savings SRECS Maintenance Costs Annual Cash Flow Cummulative Cash Flow SREC Factor ($/kWh)* REC Factor ($/kWh)Install

1 0.1600 51,492.0 $8,238.7 $11,586 ($1,030) $18,794.6 $18,794.6 $0.2252 0.1648 51,234.5 $8,443.5 $11,528 ($1,025) $18,946.5 $37,741.1 $0.2253 0.1697 50,978.4 $8,653.3 $11,470 ($1,020) $19,103.8 $56,845.0 $0.2254 0.1748 50,723.5 $8,868.3 $11,413 ($1,014) $19,266.6 $76,111.6 $0.2255 0.1801 50,469.9 $9,088.7 $11,356 ($1,009) $19,435.0 $95,546.6 $0.2256 0.1855 50,217.5 $9,314.5 $11,299 ($1,004) $19,609.1 $115,155.7 $0.2257 0.1910 49,966.4 $9,546.0 $11,242 ($999) $19,789.1 $134,944.8 $0.2258 0.1968 49,716.6 $9,783.2 $11,186 ($994) $19,975.1 $154,919.9 $0.2259 0.2027 49,468.0 $10,026.3 $11,130 ($989) $20,167.3 $175,087.2 $0.22510 0.2088 49,220.7 $10,275.5 $11,075 ($984) $20,365.7 $195,452.9 $0.22511 0.2150 48,974.6 $10,530.8 $11,019 ($979) $20,570.6 $216,023.6 $0.22512 0.2215 48,729.7 $10,792.5 $10,964 ($975) $20,782.1 $236,805.7 $0.22513 0.2281 48,486.0 $11,060.7 $10,909 ($970) $21,000.4 $257,806.0 $0.22514 0.2350 48,243.6 $11,335.6 $10,855 ($965) $21,225.5 $279,031.6 $0.22515 0.2420 48,002.4 $11,617.3 $10,801 ($960) $21,457.8 $300,489.3 $0.22516 0.2493 47,762.4 $11,906.0 $1,194 ($955) $12,144.8 $312,634.1 $0.02517 0.2568 47,523.6 $12,201.8 $1,188 ($950) $12,439.4 $325,073.5 $0.02518 0.2645 47,286.0 $12,505.0 $1,182 ($946) $12,741.5 $337,815.0 $0.02519 0.2724 47,049.5 $12,815.8 $1,176 ($941) $13,051.0 $350,866.0 $0.02520 0.2806 46,814.3 $13,134.3 $1,170 ($936) $13,368.3 $364,234.3 $0.02521 0.2890 46,580.2 $13,460.6 $1,165 ($932) $13,693.5 $377,927.9 $0.02522 0.2976 46,347.3 $13,795.1 $1,159 ($927) $14,026.9 $391,954.8 $0.02523 0.3066 46,115.6 $14,138.0 $1,153 ($922) $14,368.5 $406,323.3 $0.02524 0.3158 45,885.0 $14,489.3 $1,147 ($918) $14,718.7 $421,042.0 $0.02525 0.3252 45,655.6 $14,849.3 $1,141 ($913) $15,077.6 $436,119.6 $0.025

* SREC factor is referenced from the NJBPU Solar Alternative Compliance Payment (SACP) schedule.

Library







1 0.1700 34,328.0 $5,835.8 $7,724 ($687) $12,873.0 $12,873.0 $0.2252 0.1751 34,156.4 $5,980.8 $7,685 ($683) $12,982.8 $25,855.8 $0.2253 0.1804 33,985.6 $6,129.4 $7,647 ($680) $13,096.4 $38,952.3 $0.2254 0.1858 33,815.7 $6,281.7 $7,609 ($676) $13,213.9 $52,166.2 $0.2255 0.1913 33,646.6 $6,437.8 $7,570 ($673) $13,335.4 $65,501.6 $0.2256 0.1971 33,478.3 $6,597.8 $7,533 ($670) $13,460.9 $78,962.4 $0.2257 0.2030 33,310.9 $6,761.8 $7,495 ($666) $13,590.5 $92,552.9 $0.2258 0.2091 33,144.4 $6,929.8 $7,457 ($663) $13,724.4 $106,277.3 $0.2259 0.2154 32,978.7 $7,102.0 $7,420 ($660) $13,862.6 $120,139.9 $0.22510 0.2218 32,813.8 $7,278.5 $7,383 ($656) $14,005.3 $134,145.2 $0.22511 0.2285 32,649.7 $7,459.3 $7,346 ($653) $14,152.5 $148,297.7 $0.22512 0.2353 32,486.5 $7,644.7 $7,309 ($650) $14,304.4 $162,602.2 $0.22513 0.2424 32,324.0 $7,834.7 $7,273 ($646) $14,461.1 $177,063.3 $0.22514 0.2497 32,162.4 $8,029.4 $7,237 ($643) $14,622.7 $191,685.9 $0.22515 0.2571 32,001.6 $8,228.9 $7,200 ($640) $14,789.2 $206,475.2 $0.22516 0.2649 31,841.6 $8,433.4 $796 ($637) $8,592.6 $215,067.8 $0.02517 0.2728 31,682.4 $8,643.0 $792 ($634) $8,801.4 $223,869.1 $0.02518 0.2810 31,524.0 $8,857.7 $788 ($630) $9,015.4 $232,884.5 $0.02519 0.2894 31,366.3 $9,077.8 $784 ($627) $9,234.7 $242,119.2 $0.02520 0.2981 31,209.5 $9,303.4 $780 ($624) $9,459.5 $251,578.6 $0.02521 0.3070 31,053.5 $9,534.6 $776 ($621) $9,689.9 $261,268.5 $0.02522 0.3163 30,898.2 $9,771.6 $772 ($618) $9,926.0 $271,194.6 $0.02523 0.3257 30,743.7 $10,014.4 $769 ($615) $10,168.1 $281,362.7 $0.02524 0.3355 30,590.0 $10,263.2 $765 ($612) $10,416.2 $291,778.9 $0.02525 0.3456 30,437.0 $10,518.3 $761 ($609) $10,670.5 $302,449.3 $0.025




Net System installation Cost ($9/kWh) $1,800,000Electrical Service Modification Cost $100,000Total System Installation Cost $1,900,000

Materials $1,330,000Labor $570,000

Engineers Opinion of Probable Cost $2,375,000



1 0.1700 245,200.0 $41,684.0 $55,170 ($4,904) $91,950.0 $91,950.0 $0.2252 0.1751 243,974.0 $42,719.8 $54,894 ($4,879) $92,734.5 $184,684.5 $0.2253 0.1804 242,754.1 $43,781.4 $54,620 ($4,855) $93,546.0 $278,230.5 $0.2254 0.1858 241,540.4 $44,869.4 $54,347 ($4,831) $94,385.2 $372,615.7 $0.2255 0.1913 240,332.7 $45,984.4 $54,075 ($4,807) $95,252.6 $467,868.3 $0.2256 0.1971 239,131.0 $47,127.1 $53,804 ($4,783) $96,149.0 $564,017.3 $0.2257 0.2030 237,935.3 $48,298.2 $53,535 ($4,759) $97,075.0 $661,092.3 $0.2258 0.2091 236,745.7 $49,498.4 $53,268 ($4,735) $98,031.3 $759,123.6 $0.2259 0.2154 235,561.9 $50,728.5 $53,001 ($4,711) $99,018.7 $858,142.3 $0.22510 0.2218 234,384.1 $51,989.1 $52,736 ($4,688) $100,037.8 $958,180.1 $0.22511 0.2285 233,212.2 $53,281.0 $52,473 ($4,664) $101,089.5 $1,059,269.6 $0.22512 0.2353 232,046.1 $54,605.0 $52,210 ($4,641) $102,174.5 $1,161,444.1 $0.22513 0.2424 230,885.9 $55,962.0 $51,949 ($4,618) $103,293.6 $1,264,737.7 $0.22514 0.2497 229,731.5 $57,352.6 $51,690 ($4,595) $104,447.6 $1,369,185.3 $0.22515 0.2571 228,582.8 $58,777.8 $51,431 ($4,572) $105,637.3 $1,474,822.6 $0.22516 0.2649 227,439.9 $60,238.5 $5,686 ($4,549) $61,375.7 $1,536,198.3 $0.02517 0.2728 226,302.7 $61,735.4 $5,658 ($4,526) $62,866.9 $1,599,065.2 $0.02518 0.2810 225,171.2 $63,269.5 $5,629 ($4,503) $64,395.4 $1,663,460.6 $0.02519 0.2894 224,045.3 $64,841.8 $5,601 ($4,481) $65,962.0 $1,729,422.6 $0.02520 0.2981 222,925.1 $66,453.1 $5,573 ($4,459) $67,567.7 $1,796,990.3 $0.02521 0.3070 221,810.5 $68,104.5 $5,545 ($4,436) $69,213.5 $1,866,203.8 $0.02522 0.3163 220,701.4 $69,796.8 $5,518 ($4,414) $70,900.4 $1,937,104.1 $0.02523 0.3257 219,597.9 $71,531.3 $5,490 ($4,392) $72,629.3 $2,009,733.4 $0.02524 0.3355 218,499.9 $73,308.9 $5,462 ($4,370) $74,401.4 $2,084,134.8 $0.02525 0.3456 217,407.4 $75,130.6 $5,435 ($4,348) $76,217.6 $2,160,352.4 $0.025


EMS South







1 0.1800 61,300.0 $11,034.0 $13,793 ($1,226) $23,600.5 $23,600.5 $0.2252 0.1854 60,993.5 $11,308.2 $13,724 ($1,220) $23,811.9 $47,412.4 $0.2253 0.1910 60,688.5 $11,589.2 $13,655 ($1,214) $24,030.4 $71,442.7 $0.2254 0.1967 60,385.1 $11,877.2 $13,587 ($1,208) $24,256.1 $95,698.9 $0.2255 0.2026 60,083.2 $12,172.3 $13,519 ($1,202) $24,489.4 $120,188.2 $0.2256 0.2087 59,782.7 $12,474.8 $13,451 ($1,196) $24,730.3 $144,918.5 $0.2257 0.2149 59,483.8 $12,784.8 $13,384 ($1,190) $24,979.0 $169,897.5 $0.2258 0.2214 59,186.4 $13,102.5 $13,317 ($1,184) $25,235.7 $195,133.3 $0.2259 0.2280 58,890.5 $13,428.1 $13,250 ($1,178) $25,500.7 $220,634.0 $0.225

10 0.2349 58,596.0 $13,761.8 $13,184 ($1,172) $25,774.0 $246,408.0 $0.22511 0.2419 58,303.1 $14,103.8 $13,118 ($1,166) $26,055.9 $272,463.9 $0.22512 0.2492 58,011.5 $14,454.3 $13,053 ($1,160) $26,346.6 $298,810.5 $0.22513 0.2566 57,721.5 $14,813.5 $12,987 ($1,154) $26,646.4 $325,456.9 $0.22514 0.2643 57,432.9 $15,181.6 $12,922 ($1,149) $26,955.3 $352,412.2 $0.22515 0.2723 57,145.7 $15,558.8 $12,858 ($1,143) $27,273.7 $379,685.9 $0.22516 0.2804 56,860.0 $15,945.5 $1,421 ($1,137) $16,229.8 $395,915.7 $0.02517 0.2888 56,575.7 $16,341.7 $1,414 ($1,132) $16,624.6 $412,540.3 $0.02518 0.2975 56,292.8 $16,747.8 $1,407 ($1,126) $17,029.3 $429,569.6 $0.02519 0.3064 56,011.3 $17,164.0 $1,400 ($1,120) $17,444.1 $447,013.6 $0.02520 0.3156 55,731.3 $17,590.5 $1,393 ($1,115) $17,869.2 $464,882.8 $0.02521 0.3251 55,452.6 $18,027.6 $1,386 ($1,109) $18,304.9 $483,187.7 $0.02522 0.3349 55,175.4 $18,475.6 $1,379 ($1,104) $18,751.5 $501,939.2 $0.02523 0.3449 54,899.5 $18,934.8 $1,372 ($1,098) $19,209.3 $521,148.5 $0.02524 0.3552 54,625.0 $19,405.3 $1,366 ($1,092) $19,678.4 $540,826.9 $0.02525 0.3659 54,351.9 $19,887.5 $1,359 ($1,087) $20,159.3 $560,986.2 $0.025


Ground Mounted at Pump Stations

CalculationsSolar Rating - Zip Code: 07724 4.63 kWh/sq-m/daySolar Capacity Required (kW) 1.25Roof Space Needed (sq-ft) 125.00Annual Solar kWh (PV Watts) 1,533






1 0.2000 1,532.5 $306.5 $345 ($31) $620.7 $620.7 $0.2252 0.2060 1,524.8 $314.1 $343 ($30) $626.7 $1,247.4 $0.2253 0.2122 1,517.2 $321.9 $341 ($30) $633.0 $1,880.3 $0.2254 0.2185 1,509.6 $329.9 $340 ($30) $639.4 $2,519.7 $0.2255 0.2251 1,502.1 $338.1 $338 ($30) $646.0 $3,165.8 $0.2256 0.2319 1,494.6 $346.5 $336 ($30) $652.9 $3,818.7 $0.2257 0.2388 1,487.1 $355.1 $335 ($30) $660.0 $4,478.7 $0.2258 0.2460 1,479.7 $364.0 $333 ($30) $667.3 $5,146.0 $0.2259 0.2534 1,472.3 $373.0 $331 ($29) $674.8 $5,820.8 $0.225

10 0.2610 1,464.9 $382.3 $330 ($29) $682.6 $6,503.3 $0.22511 0.2688 1,457.6 $391.8 $328 ($29) $690.6 $7,193.9 $0.22512 0.2768 1,450.3 $401.5 $326 ($29) $698.8 $7,892.7 $0.22513 0.2852 1,443.0 $411.5 $325 ($29) $707.3 $8,600.0 $0.22514 0.2937 1,435.8 $421.7 $323 ($29) $716.1 $9,316.1 $0.22515 0.3025 1,428.6 $432.2 $321 ($29) $725.1 $10,041.2 $0.22516 0.3116 1,421.5 $442.9 $36 ($28) $450.0 $10,491.2 $0.02517 0.3209 1,414.4 $453.9 $35 ($28) $461.0 $10,952.2 $0.02518 0.3306 1,407.3 $465.2 $35 ($28) $472.3 $11,424.5 $0.02519 0.3405 1,400.3 $476.8 $35 ($28) $483.8 $11,908.2 $0.02520 0.3507 1,393.3 $488.6 $35 ($28) $495.6 $12,403.8 $0.02521 0.3612 1,386.3 $500.8 $35 ($28) $507.7 $12,911.5 $0.02522 0.3721 1,379.4 $513.2 $34 ($28) $520.1 $13,431.6 $0.02523 0.3832 1,372.5 $526.0 $34 ($27) $532.8 $13,964.5 $0.02524 0.3947 1,365.6 $539.0 $34 ($27) $545.9 $14,510.3 $0.02525 0.4066 1,358.8 $552.4 $34 ($27) $559.2 $15,069.6 $0.025


Appendix F

2011 Prescriptive Lighting Application

Prescriptive Lighting Incentive

$__________ Total Incentive (per attached worksheet calculations)

Note: Prescriptive Lighting Worksheet must accompany this application.

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Prescriptive Lighting Measures and Incentives

Compact Fluorescent

Linear Fluorescent

Induction Lighting

LED Lighting

Pulse-Start Metal Halide

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Linear Fluorescent Lighting

Induction Lighting

New Construction & Complete Renovation - Performance based only

NEW FIXTURE INCENTIVES

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Performance Lighting Incentive


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Reason* Type* Manuf.* Model* Function* Location Size* Speed NEMA Has Annual Incentive Quantity Total �=��% ODP, ��G!��G $��*&� (HP) (RPM) �� VFD Run Per Motor Incentives&=&�� TEFC !�� G � �� Hours - Hours )��2��+�=�� >�� or &� *��#�� )Q+ /*� ECM )?G444��+)-��+ �� ( &&*�7M@D :E��!�� (� ,�&��06 54 7B44 M5�P � 6644 A7@4 7 A7@4 �

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Qualifying Premium Motor Efficiencies and Incentives*Premium Motor Incentives

Open Drip-Proof (ODP)

Fractional Motor Incentives Electronic Commutated Motors (ECM)

Size HP

77�@?5@

D�@747@?4?@5464@4P4D@7447?@7@4?44

Customer Incentive ($/Motor)

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Premium Motor Incentives Totally Enclosed Fan-Cooled (TEFC)

Size HP

77�@?5@

D�@747@?4?@5464@4P4D@7447?@7@4?44

Customer Incentive ($/Motor)

A@4A@4AP4AP4AP4AM4A744A77@A7?@A754A7@4A7B4A??4A?P4A544A644AP44AD44AD44

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Speed (RPM)

NEMA Nominal Efficiency1200

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Speed (RPM)1800

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3600

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1200

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1800

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3600

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Motors > 200 HP must follow the Custom Electric Equipment Path

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2011 Variable Frequency Drives Application

Variable Frequency Drive Information

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DriveEfficiency

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MotorEfficiency

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C# ofUnits

Total Incentives(AxBxC)

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Centrifugal Fan Applications on Variable Air Volume HVAC Systems

Chilled Water Pump Motors for HVAC Systems

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Appendix G

CDM ENGINEER'S OPINION OF PROBABLE CONSTRUCTION COST

11 British American Blvd Location:

Latham, NY 12110 Estimate by: RGPhone (518) 782-4500 Checked by: JMFax (518) 786-3810

ITEM DESCRIPTION QTY UNIT MATERIAL MATERIAL QTY UNIT LABOR LABOR TOTALUNIT COST SUBTOTAL COST SUBTOTAL

Tinton Falls Borough Hall - Total1 Lighting Upgrades 1 ea. 44,410.00$ 44,410.00$ 1 ea. 19,860.00$ 19,860.00$ 64,270.00$

Subtotal 44,410.00$ 19,860.00$

SUBTOTAL = 64,270.00$

MARKUP % = 0.15$

Notes: MARKUP = 9,640.50$

1. CDM has no control over the cost of labor, materials, equipment, services furnished or market conditions. SUB-TOTAL w/ OH & P = 73,910.50$

2. CDM does not guarantee that this opinion will not vary from actual cost, or contractor's bids. CONTINGENCY % = 0.253. Bonds not included in estimate CONTINGENCY = 18,477.63$

4. Escalation not included in estimate. BUDGET COST ESTIMATE = 92,388.13$

ITEM DESCRIPTION QTY UNIT MATERIAL MATERIAL QTY UNIT LABOR LABOR TOTAL

UNIT COST SUBTOTAL COST SUBTOTAL

Library - Interior1 Lighting Upgrades 1 ea. 665.00$ 665.00$ 1 ea. 2,128.00$ 2,128.00$ 2,793.00$

Subtotal 665.00$ 2,128.00$

SUBTOTAL = 2,793.00$

MARKUP % = 0.15$

Notes: MARKUP = 418.95$


2. CDM does not guarantee that this opinion will not vary from actual cost, or contractor's bids. CONTINGENCY % = 0.253. Bonds not included in estimate CONTINGENCY = 802.99$


o “This is an Opinion of Probable Construction Cost only. CDM has no control over the cost of labor, materials, equipment, or services furnished, over schedules, over contractor's methods of determining prices, competitive bidding, market conditions or negotiating terms. CDM does not guarantee that this opinion will not vary from actual cost, or contractor's bids. There are not any costs provided for: Change Orders, Design Engineering, Construction Oversight, Client Costs, Finance or Funding Costs, Legal Fees, Land Acquisition or temporary/permanent Easements, Operations, or any other costs associated with this project that are not specifically part of the bidding contractor's proposed scope.

Tinton Falls





Tinton Falls



Public Works Building - Total1 Lighting Upgrades 1 ea. 19,988.00$ 19,988.00$ 1 ea. 11,510.00$ 11,510.00$ 31,498.00$

Subtotal 19,988.00$ 11,510.00$

SUBTOTAL = 31,498.00$

MARKUP % = 0.15$







EMS South - Total1 Lighting Upgrades 1 ea. 6,092.00$ 6,092.00$ 1 ea. 3,714.00$ 3,714.00$ 9,806.00$

Subtotal 6,092.00$ 3,714.00$

SUBTOTAL = 9,806.00$

MARKUP % = 0.15$










Tinton Falls



Shrewsbury Avenue Pump Station - Total1 Lighting Upgrades 1 ea. 10.00$ 10.00$ 1 ea. 40.00$ 40.00$ 50.00$

Subtotal 10.00$ 40.00$

SUBTOTAL = 50.00$

MARKUP % = 0.15$


1. CDM has no control over the cost of labor, materials, equipment, services furnished or market conditions. SUB-TOTAL w/ OH & P = 57.50$


4. Escalation not included in estimate. BUDGET COST ESTIMATE = 71.88$



Hance Avenue Pump Station - Total1 Lighting Upgrades 1 ea. 10.00$ 10.00$ 1 ea. 40.00$ 40.00$ 50.00$

Subtotal 10.00$ 40.00$

SUBTOTAL = 50.00$

MARKUP % = 0.15$










ITEM DESCRIPTION QTY UNIT MATERIAL MATERIAL QTY UNIT LABOR LABOR TOTALUNIT COST SUBTOTAL COST SUBTOTAL

Tinton Avenue Pump Station - Total1 Lighting Upgrades 1 ea. 414.00$ 414.00$ 1 ea. 217.00$ 217.00$ 631.00$

Subtotal 414.00$ 217.00$

SUBTOTAL = 631.00$

MARKUP % = 0.15$ Notes: MARKUP = 94.65$


2. CDM does not guarantee that this opinion will not vary from actual cost, or contractor's bids. CONTINGENCY % = 0.253. Bonds not included in estimate. CONTINGENCY = 181.41$


Tinton Falls




Sam Drive Pump Station - Total1 Lighting Upgrades 1 ea. 40.00$ 40.00$ 1 ea. 144.00$ 144.00$ 184.00$

Subtotal 40.00$ 144.00$

SUBTOTAL = 184.00$









Tinton Falls



Jumping Brook Pump Station - Total1 Lighting Upgrades 1 ea. 400.00$ 400.00$ 1 ea. 177.00$ 177.00$ 577.00$

Subtotal 400.00$ 177.00$

SUBTOTAL = 577.00$








Tinton Falls Borough Hall1 Solar 1 ea. 334,600.00$ 334,600.00$ 1 ea. 143,400.00$ 143,400.00$ 478,000.00$

Subtotal 334,600.00$ 143,400.00$

SUBTOTAL = 478,000.00$

CONTINGENCY % = 0.25Notes: CONTINGENCY = 119,500.00$

1. CDM has no control over the cost of labor, materials, equipment, services furnished or market conditions. BUDGET COST ESTIMATE = 597,500.00$

2. CDM does not guarantee that this opinion will not vary from actual cost, or contractor's bids.3. Bonds not included in estimate.4. Escalation not included in estimate.o “This is an Opinion of Probable Construction Cost only. CDM has no control over the cost of labor, materials, equipment, or services furnished, over schedules, over contractor's methods of determining prices, competitive bidding, market conditions or negotiating terms. CDM does not guarantee that this opinion will not vary from actual cost, or contractor's bids. There are not any costs provided for: Change Orders, Design Engineering, Construction Oversight, Client Costs, Finance or Funding Costs, Legal Fees, Land Acquisition or temporary/permanent Easements, Operations, or any other costs associated with this project that are not specifically part of the bidding contractor's proposed scope.




Tinton Falls



Library1 Solar 1 ea. 246,400.00$ 246,400.00$ 1 ea. 105,600.00$ 105,600.00$ 352,000.00$

Subtotal 246,400.00$ 105,600.00$

SUBTOTAL = 352,000.00$






Public Works Building1 Solar 1 ea. 1,330,000.00$ 1,330,000.00$ 1 ea. 570,000.00$ 570,000.00$ 1,900,000.00$

Subtotal 1,330,000.00$ 570,000.00$

SUBTOTAL = 1,900,000.00$


1. CDM has no control over the cost of labor, materials, equipment, services furnished or market conditions. BUDGET COST ESTIMATE = 2,375,000.00$





Tinton Falls



EMS South1 Solar 1 ea. 385,000.00$ 385,000.00$ 1 ea. 165,000.00$ 165,000.00$ 550,000.00$

Subtotal 385,000.00$ 165,000.00$

SUBTOTAL = 550,000.00$






Ground Mounted at Pump Stations1 Solar 1 ea. 25,375.00$ 25,375.00$ 1 ea. 10,875.00$ 10,875.00$ 36,250.00$

Subtotal 25,375.00$ 10,875.00$

SUBTOTAL = 36,250.00$




Page 1 of 1


11 British American Blvd Location: Lodi Housing AuthorityLatham, NY 12110 Estimate by: LMFPhone (518) 782-4500 Checked by: BRMFax (518) 786-3810

ITEM DESCRIPTION QTY UNIT *MATERIAL MATERIAL QTY UNIT **LABOR LABOR TOTALUNIT COST SUBTOTAL COST SUBTOTAL

Borough Hall: Contols Upgrade1 Control Programming 0 ea. 80.00$ -$ 70 hrs $79.50 $5,565.00 5,565.00$

-$ -$ $0.00 $0.00 -$

Subtotal 0.00 5,565.00

*Pricing per RS Means COSTWORKS and Vender SUBTOTAL = 5,565.00$ MARKUP % = 0.15$

**Includes installation cost per RS Means COSTWORKS. MARKUP = 834.75$ SUB-TOTAL w/ OH & P = 6,399.75$


1. BUDGET COST ESTIMATE = 7,999.69$

2.

3.

This is a Conceptual Level Opinion of Probable Cost only. CDM has no control over the cost of labor, materials, equipment, or services furnished, over schedules, over contractor's methods of determining prices, competitive bidding (at least 3 each - both prime bidders and major subcontractors), market conditions or negotiating terms. CDM does not guarantee that this opinion will not vary from actual cost, or contractor's bids. There are not any costs provided for: Change Orders, Client Costs, Finance or Funding Costs, Legal Fees, Land Acquisition or temporary/permanent Easements, Operations, or any other costs associated with this project that are not specifically part of the bidding contractor's proposed scope.

Since some of the work will occur in older buildings, there is the potential to encounter asbestos or other materials requiring special removal and handling. Currently available information is not adequate to determine if such conditions exist, consequently these costs are not included in this estimate.

This estimate does not consider escalation of costs over time

10:54 PM 2/9/2012

Page 1 of 1

10:07 PM 2/9/2012


11 British American Blvd Location: Latham, NY 12110 Estimate by: BRMPhone (518) 782-4500 Checked by: CDWFax (518) 786-3810


Borough Hall: Condensing Boiler1 Condensing Boiler, 1,400 kBtuh 2 ea. 35,000.00$ 70,000.00$ 2 ea. $6,675.00 $13,350.00 83,350.00$ 2 Boiler Demolition 2 ea. -$ -$ 2 ea. $2,650.00 $5,300.00 5,300.00$

Subtotal 70,000.00 18,650.00*Pricing per RS Means COSTWORKS and Vender SUBTOTAL = 88,650.00$

MARKUP % = 0.15$ **Includes installation cost per RS Means COSTWORKS. MARKUP = 13,297.50$

SUB-TOTAL w/ OH & P = 101,947.50$ CONTINGENCY % = 0.25

Notes: CONTINGENCY = 25,486.88$ 1. BUDGET COST ESTIMATE = 127,434.38$

2.

3.




Borough of Tinton Falls

Page 1 of 1

10:07 PM 2/9/2012




Borough Hall: Premium Cooling1 Condensing Unit, 2 tons 2 ea. 1,000.00$ 2,000.00$ 2 ea. $415.00 $830.00 2,830.00$ 2 Condensing Unit, 5 tons 5 ea. 1,825.00$ 9,125.00$ 5 ea. $495.00 $2,475.00 11,600.00$ 3 Condensing Unit, 10 tons 10 ea. 2,825.00$ 28,250.00$ 10 ea. $715.00 $7,150.00 35,400.00$





2.

3.





Page 1 of 1

10:07 PM 2/9/2012




Public Works Building: Premium Cooling1 Outdoor Condenser, 3 tons 6 ea. 1,000.00$ 6,000.00$ 6 ea. $415.00 $2,490.00 8,490.00$





2.

3.





Page 1 of 1

10:07 PM 2/9/2012




Library: Insulation1 Wall Insulation 3,280 ea. 3.21$ 10,528.80$ 3,280 ea. $6.64 $21,779.20 32,308.00$ 2 Roof insulation 5,250 ea. 0.04$ 210.00$ 5,250 ea. $0.30 $1,575.00 1,785.00$





2.

3.





Page 1 of 1

10:07 PM 2/9/2012




Library: Premium Cooling1 Air Conditioner Sleeve Unit 15,000 btuh 2 ea. 1,050.00$ 2,100.00$ 2 ea. $330.00 $660.00 2,760.00$ 2 Air Conditioner Window Unit 15,000 btuh 4 ea. 865.00$ 3,460.00$ 4 ea. $128.00 $512.00 3,972.00$





2.

3.





Page 1 of 1


11 British American Blvd Location: Borough of Tinton FallsLatham, NY 12110 Estimate by: BRMPhone (518) 782-4500 Checked by: CDWFax (518) 786-3810


Library: Window Replacement1 Double hung window, 3' x 5' 45 ea. 385.00$ 17,325.00$ 45 ea. $54.00 $2,430.00 19,755.00$

2 Window demolition 45 ea. -$ -$ 45 ea. $43.75 $1,968.75 1,968.75$

Subtotal 17,325.00 4,398.75

*Pricing per RS Means COSTWORKS and Vender SUBTOTAL = 21,723.75$ MARKUP % = 0.15$

**Includes installation cost per RS Means COSTWORKS. MARKUP = 3,258.56$ SUB-TOTAL w/ OH & P = 24,982.31$


1. BUDGET COST ESTIMATE = 31,227.89$

2.

3.




9:23 AM 8/24/2012

Page 1 of 1

10:07 PM 2/9/2012




EMS South: Premium Cooling1 Outdoor Condenser, 3 tons 1 ea. 1,000.00$ 1,000.00$ 1 ea. $415.00 $415.00 1,415.00$ 2 Outdoor Condenser, 5 tons 1 ea. 1,825.00$ 1,825.00$ 1 ea. $495.00 $495.00 2,320.00$ 3 Outdoor Condenser, 10 tons 1 ea. 2,825.00$ 2,825.00$ 1 ea. $715.00 $715.00 3,540.00$





2.

3.





Page 1 of 1

10:08 PM 2/9/2012




EMS South: Premium Heating1 Condensing Furnace 120 MBH 3 ea. 2,700.00$ 8,100.00$ 3 ea. $415.00 $1,245.00 9,345.00$





2.

3.





Appendix H

IRR, NPV, AROI - Wind Energy Systems

Financial Calculations

Based on inflation of: 3%

O&M inflation: 3%

Wind Turbine - Minimum Wind Speed Wind Turbine - Maximum Wind Speed Wind Turbine - Average Wind Speed

REIP Incentive: $80,403 REIP Incentive: $120,374 REIP Incentive: $103,254

Year Energy Savings REC Sales Cash Flow Year Energy Savings REC Sales Cash Flow Year Energy Savings REC Sales Cash Flow

0 ($369,598) 0 ($329,627) 0 ($346,747)

1 $11,904.8 $1,860 $13,765 1 $24,695.5 $3,859 $28,554 1 $19,217.1 $3,003 $22,220

2 $12,200.6 $1,851 $14,051 2 $25,309.2 $3,839 $29,149 2 $19,694.7 $2,988 $22,682

3 $12,503.8 $1,842 $14,345 3 $25,938.1 $3,820 $29,758 3 $20,184.1 $2,973 $23,157

4 $12,814.5 $1,832 $14,647 4 $26,582.7 $3,801 $30,384 4 $20,685.7 $2,958 $23,644

5 $13,133.0 $1,823 $14,956 5 $27,243.3 $3,782 $31,025 5 $21,199.7 $2,943 $24,143

6 $13,459.3 $1,814 $15,273 6 $27,920.3 $3,763 $31,683 6 $21,726.5 $2,928 $24,655

7 $13,793.8 $1,805 $15,599 7 $28,614.1 $3,744 $32,358 7 $22,266.4 $2,914 $25,180

8 $14,136.6 $1,796 $15,933 8 $29,325.2 $3,726 $33,051 8 $22,819.7 $2,899 $25,719

9 $14,487.9 $1,787 $16,275 9 $30,053.9 $3,707 $33,761 9 $23,386.8 $2,885 $26,271

10 $14,847.9 $1,778 $16,626 10 $30,800.7 $3,688 $34,489 10 $23,968.0 $2,870 $26,838

11 $15,216.9 $1,769 $16,986 11 $31,566.1 $3,670 $35,236 11 $24,563.6 $2,856 $27,419

12 $15,595.0 $1,760 $17,355 12 $32,350.5 $3,652 $36,002 12 $25,174.0 $2,842 $28,016

13 $15,982.5 $1,752 $17,734 13 $33,154.5 $3,633 $36,788 13 $25,799.5 $2,827 $28,627

14 $16,379.7 $1,743 $18,122 14 $33,978.3 $3,615 $37,594 14 $26,440.7 $2,813 $29,254

15 $16,786.7 $1,734 $18,521 15 $34,822.7 $3,597 $38,420 15 $27,097.7 $2,799 $29,897

16 $17,203.9 $1,725 $18,929 16 $35,688.0 $3,579 $39,267 16 $27,771.1 $2,785 $30,556

17 $17,631.4 $1,717 $19,348 17 $36,574.9 $3,561 $40,136 17 $28,461.2 $2,771 $31,232

18 $18,069.5 $1,708 $19,778 18 $37,483.8 $3,543 $41,027 18 $29,168.5 $2,757 $31,926

19 $18,518.6 $1,700 $20,218 19 $38,415.3 $3,526 $41,941 19 $29,893.3 $2,744 $32,637

20 $18,978.8 $1,691 $20,670 20 $39,369.9 $3,508 $42,878 20 $30,636.1 $2,730 $33,366

21 $19,450.4 $1,683 $21,133 21 $40,348.2 $3,491 $43,839 21 $31,397.5 $2,716 $34,114

22 $19,933.7 $1,674 $21,608 22 $41,350.9 $3,473 $44,824 22 $32,177.7 $2,703 $34,880

23 $20,429.1 $1,666 $22,095 23 $42,378.4 $3,456 $45,834 23 $32,977.3 $2,689 $35,666

24 $20,936.7 $1,658 $22,594 24 $43,431.5 $3,439 $46,870 24 $33,796.8 $2,676 $36,472

25 $21,457.0 $1,649 $23,106 25 $44,510.8 $3,421 $47,932 25 $34,636.6 $2,662 $37,299

IRR 1.44% IRR 9.16% IRR 6.04%

NPV ($66,583.44) NPV $298,951.04 NPV $142,388.78

AROI -0.28% AROI 4.66% AROI 2.41%

ECM Minimum Wind Speed Maximum Wind Speed Average Wind Speed

Assumed Inflation (Gas)

Initial Yearly Savings (Gas)

Assumed Inflation (Electricity) 3% 3% 3%

Initial Yearly Savings (Electricity) $11,904.80 $24,695.52 $19,217.12

Assumed Average Useful Life (Years) 25 25 25

Lifetime Savings $434,040.25 $900,380.49 $700,642.06

Year Annual Savings Annual Savings Annual Savings

1 $11,904.80 $24,695.52 $19,217.12

2 $12,261.94 $25,436.39 $19,793.63

3 $12,629.80 $26,199.48 $20,387.44

4 $13,008.70 $26,985.46 $20,999.07

5 $13,398.96 $27,795.03 $21,629.04

6 $13,800.93 $28,628.88 $22,277.91

7 $14,214.95 $29,487.74 $22,946.25

8 $14,641.40 $30,372.37 $23,634.63

9 $15,080.64 $31,283.55 $24,343.67

10 $15,533.06 $32,222.05 $25,073.98

11 $15,999.06 $33,188.71 $25,826.20

12 $16,479.03 $34,184.38 $26,600.99

13 $16,973.40 $35,209.91 $27,399.02

14 $17,482.60 $36,266.20 $28,220.99

15 $18,007.08 $37,354.19 $29,067.62

16 $18,547.29 $38,474.82 $29,939.65

17 $19,103.71 $39,629.06 $30,837.84

18 $19,676.82 $40,817.93 $31,762.97

19 $20,267.13 $42,042.47 $32,715.86

20 $20,875.14 $43,303.74 $33,697.34

21 $21,501.39 $44,602.86 $34,708.26

22 $22,146.43 $45,940.94 $35,749.50

23 $22,810.83 $47,319.17 $36,821.99

24 $23,495.15 $48,738.75 $37,926.65

25 $24,200.01 $50,200.91 $39,064.45

IRR, NPV, AROI - PV Solar Energy Systems


Based on inflation of: 3%

O&M inflation: 3%

Tinton Falls Borough Hall Library Public Works Building EMS South

Year Energy Savings SREC Sales Maitenance Cost Cash Flow Year Energy Savings SREC Sales Maitenance Cost Cash Flow Year Energy Savings SREC Sales Maitenance Cost Cash Flow Year Energy Savings SREC Sales Maitenance Cost Cash Flow

0 ($597,500) 0 ($440,000) 0 ($2,375,000) 0 ($687,500)

1 $8,238.7 $11,586 ($1,030) $18,795 1 $5,835.8 $7,724 ($687) $12,873 1 $41,684.0 $55,170 ($4,904) $91,950 1 $11,034.0 $13,793 ($1,226) $23,601

2 $8,443.5 $11,528 ($1,025) $18,947 2 $5,980.8 $7,685 ($683) $12,983 2 $42,719.8 $54,894 ($4,879) $92,735 2 $11,308.2 $13,724 ($1,220) $23,812

3 $8,653.3 $11,470 ($1,020) $19,104 3 $6,129.4 $7,647 ($680) $13,096 3 $43,781.4 $54,620 ($4,855) $93,546 3 $11,589.2 $13,655 ($1,214) $24,030

4 $8,868.3 $11,413 ($1,014) $19,267 4 $6,281.7 $7,609 ($676) $13,214 4 $44,869.4 $54,347 ($4,831) $94,385 4 $11,877.2 $13,587 ($1,208) $24,256

5 $9,088.7 $11,356 ($1,009) $19,435 5 $6,437.8 $7,570 ($673) $13,335 5 $45,984.4 $54,075 ($4,807) $95,253 5 $12,172.3 $13,519 ($1,202) $24,489

6 $9,314.5 $11,299 ($1,004) $19,609 6 $6,597.8 $7,533 ($670) $13,461 6 $47,127.1 $53,804 ($4,783) $96,149 6 $12,474.8 $13,451 ($1,196) $24,730

7 $9,546.0 $11,242 ($999) $19,789 7 $6,761.8 $7,495 ($666) $13,590 7 $48,298.2 $53,535 ($4,759) $97,075 7 $12,784.8 $13,384 ($1,190) $24,979

8 $9,783.2 $11,186 ($994) $19,975 8 $6,929.8 $7,457 ($663) $13,724 8 $49,498.4 $53,268 ($4,735) $98,031 8 $13,102.5 $13,317 ($1,184) $25,236

9 $10,026.3 $11,130 ($989) $20,167 9 $7,102.0 $7,420 ($660) $13,863 9 $50,728.5 $53,001 ($4,711) $99,019 9 $13,428.1 $13,250 ($1,178) $25,501

10 $10,275.5 $11,075 ($984) $20,366 10 $7,278.5 $7,383 ($656) $14,005 10 $51,989.1 $52,736 ($4,688) $100,038 10 $13,761.8 $13,184 ($1,172) $25,774

11 $10,530.8 $11,019 ($979) $20,571 11 $7,459.3 $7,346 ($653) $14,153 11 $53,281.0 $52,473 ($4,664) $101,090 11 $14,103.8 $13,118 ($1,166) $26,056

12 $10,792.5 $10,964 ($975) $20,782 12 $7,644.7 $7,309 ($650) $14,304 12 $54,605.0 $52,210 ($4,641) $102,175 12 $14,454.3 $13,053 ($1,160) $26,347

13 $11,060.7 $10,909 ($970) $21,000 13 $7,834.7 $7,273 ($646) $14,461 13 $55,962.0 $51,949 ($4,618) $103,294 13 $14,813.5 $12,987 ($1,154) $26,646

14 $11,335.6 $10,855 ($965) $21,226 14 $8,029.4 $7,237 ($643) $14,623 14 $57,352.6 $51,690 ($4,595) $104,448 14 $15,181.6 $12,922 ($1,149) $26,955

15 $11,617.3 $10,801 ($960) $21,458 15 $8,228.9 $7,200 ($640) $14,789 15 $58,777.8 $51,431 ($4,572) $105,637 15 $15,558.8 $12,858 ($1,143) $27,274

16 $11,906.0 $1,194 ($955) $12,145 16 $8,433.4 $796 ($637) $8,593 16 $60,238.5 $5,686 ($4,549) $61,376 16 $15,945.5 $1,421 ($1,137) $16,230

17 $12,201.8 $1,188 ($950) $12,439 17 $8,643.0 $792 ($634) $8,801 17 $61,735.4 $5,658 ($4,526) $62,867 17 $16,341.7 $1,414 ($1,132) $16,625

18 $12,505.0 $1,182 ($946) $12,741 18 $8,857.7 $788 ($630) $9,015 18 $63,269.5 $5,629 ($4,503) $64,395 18 $16,747.8 $1,407 ($1,126) $17,029

19 $12,815.8 $1,176 ($941) $13,051 19 $9,077.8 $784 ($627) $9,235 19 $64,841.8 $5,601 ($4,481) $65,962 19 $17,164.0 $1,400 ($1,120) $17,444

20 $13,134.3 $1,170 ($936) $13,368 20 $9,303.4 $780 ($624) $9,459 20 $66,453.1 $5,573 ($4,459) $67,568 20 $17,590.5 $1,393 ($1,115) $17,869

21 $13,460.6 $1,165 ($932) $13,694 21 $9,534.6 $776 ($621) $9,690 21 $68,104.5 $5,545 ($4,436) $69,214 21 $18,027.6 $1,386 ($1,109) $18,305

22 $13,795.1 $1,159 ($927) $14,027 22 $9,771.6 $772 ($618) $9,926 22 $69,796.8 $5,518 ($4,414) $70,900 22 $18,475.6 $1,379 ($1,104) $18,752

23 $14,138.0 $1,153 ($922) $14,369 23 $10,014.4 $769 ($615) $10,168 23 $71,531.3 $5,490 ($4,392) $72,629 23 $18,934.8 $1,372 ($1,098) $19,209

24 $14,489.3 $1,147 ($918) $14,719 24 $10,263.2 $765 ($612) $10,416 24 $73,308.9 $5,462 ($4,370) $74,401 24 $19,405.3 $1,366 ($1,092) $19,678

25 $14,849.3 $1,141 ($913) $15,078 25 $10,518.3 $761 ($609) $10,670 25 $75,130.6 $5,435 ($4,348) $76,218 25 $19,887.5 $1,359 ($1,087) $20,159

IRR -2.45% IRR -2.87% IRR -0.76% IRR -1.60%

NPV ($285,767.17) NPV ($224,327.35) NPV ($834,481.05) NPV ($288,351.04)

AROI -0.85% AROI -1.07% AROI -0.13% AROI -0.57%

IRR, NPV, AROI - PV Solar Energy Systems


Based on inflation of:

O&M inflation:

Ground Mounted at Pump Stations

Year Energy Savings SREC Sales Maitenance Cost Cash Flow

0 ($45,313)

1 $306.5 $345 ($31) $621

2 $314.1 $343 ($30) $627

3 $321.9 $341 ($30) $633

4 $329.9 $340 ($30) $639

5 $338.1 $338 ($30) $646

6 $346.5 $336 ($30) $653

7 $355.1 $335 ($30) $660

8 $364.0 $333 ($30) $667

9 $373.0 $331 ($29) $675

10 $382.3 $330 ($29) $683

11 $391.8 $328 ($29) $691

12 $401.5 $326 ($29) $699

13 $411.5 $325 ($29) $707

14 $421.7 $323 ($29) $716

15 $432.2 $321 ($29) $725

16 $442.9 $36 ($28) $450

17 $453.9 $35 ($28) $461

18 $465.2 $35 ($28) $472

19 $476.8 $35 ($28) $484

20 $488.6 $35 ($28) $496

21 $500.8 $35 ($28) $508

22 $513.2 $34 ($28) $520

23 $526.0 $34 ($27) $533

24 $539.0 $34 ($27) $546

25 $552.4 $34 ($27) $559

IRR #NUM!

NPV ($34,632.81)

AROI -2.63%

Lifetime Savings Analysis - Photovoltaic Solar Energy Systems

ECMTinton Falls Borough

Hall Library Public Works Building EMS South Ground Mounted at

Pump Stations



Assumed Inflation (Electricity) 3% 3% 3% 3% 3%

Initial Yearly Savings (Electricity) $8,238.72 $5,835.76 $41,684.00 $11,034.00 $306.50

Assumed Average Useful Life (Years) 25 25 25 25 25

Lifetime Savings $300,377.67 $212,767.52 $1,519,767.97 $402,291.52 $11,174.76

Year Annual Savings Annual Savings Annual Savings Annual Savings Annual Savings

1 $8,238.72 $5,835.76 $41,684.00 $11,034.00 $306.50

2 $8,485.88 $6,010.83 $42,934.52 $11,365.02 $315.70

3 $8,740.46 $6,191.16 $44,222.56 $11,705.97 $325.17

4 $9,002.67 $6,376.89 $45,549.23 $12,057.15 $334.92

5 $9,272.75 $6,568.20 $46,915.71 $12,418.86 $344.97

6 $9,550.93 $6,765.25 $48,323.18 $12,791.43 $355.32

7 $9,837.46 $6,968.20 $49,772.88 $13,175.17 $365.98

8 $10,132.59 $7,177.25 $51,266.06 $13,570.43 $376.96

9 $10,436.56 $7,392.57 $52,804.04 $13,977.54 $388.27

10 $10,749.66 $7,614.34 $54,388.17 $14,396.87 $399.91

11 $11,072.15 $7,842.77 $56,019.81 $14,828.77 $411.91

12 $11,404.32 $8,078.06 $57,700.40 $15,273.64 $424.27

13 $11,746.44 $8,320.40 $59,431.42 $15,731.85 $437.00

14 $12,098.84 $8,570.01 $61,214.36 $16,203.80 $450.11

15 $12,461.80 $8,827.11 $63,050.79 $16,689.92 $463.61

16 $12,835.66 $9,091.92 $64,942.31 $17,190.61 $477.52

17 $13,220.73 $9,364.68 $66,890.58 $17,706.33 $491.84

18 $13,617.35 $9,645.62 $68,897.30 $18,237.52 $506.60

19 $14,025.87 $9,934.99 $70,964.22 $18,784.65 $521.80

20 $14,446.65 $10,233.04 $73,093.15 $19,348.19 $537.45

21 $14,880.04 $10,540.03 $75,285.94 $19,928.63 $553.57

22 $15,326.45 $10,856.23 $77,544.52 $20,526.49 $570.18

23 $15,786.24 $11,181.92 $79,870.85 $21,142.29 $587.29

24 $16,259.83 $11,517.38 $82,266.98 $21,776.55 $604.90

25 $16,747.62 $11,862.90 $84,734.99 $22,429.85 $623.05

IRR, NPV, AROI

Inflation Rate: 3%

Woodland Manor Pump Station Riveredge Pump Station Squankum Road Pump Station Jumping Brook Pump Station Wardell Road Pump StationMotor Upgrades Motor Upgrades Motor Upgrades Motor Upgrades Motor UpgradesLife of ECRM (Yrs): 25 Life of ECRM (Yrs): 25 Life of ECRM (Yrs): 25 Life of ECRM (Yrs): 25 Life of ECRM (Yrs): 25

Year Cash Flow Year Cash Flow Year Cash Flow Year Cash Flow Year Cash Flow

0 ($1,780.88) 0 ($1,780.88) 0 ($6,398.63) 0 ($10,152.38) 0 ($3,865.13)0 ($1,780.88) 0 ($1,780.88) 0 ($6,398.63) 0 ($10,152.38) 0 ($3,865.13)1 $197.09 1 $217.83 1 $860.33 1 $1,257.43 1 $549.592 $203.00 2 $224.37 2 $886.14 2 $1,295.16 2 $566.07

3 $209.09 3 $231.10 3 $912.73 3 $1,334.01 3 $583.05

4 $215.36 4 $238.03 4 $940.11 4 $1,374.03 4 $600.55

5 $221.82 5 $245.17 5 $968.31 5 $1,415.25 5 $618.56

6 $228.48 6 $252.53 6 $997.36 6 $1,457.71 6 $637.12

7 $235.33 7 $260.10 7 $1,027.28 7 $1,501.44 7 $656.23

8 $242 39 8 $267 91 8 $1 058 10 8 $1 546 49 8 $675 928 $242.39 8 $267.91 8 $1,058.10 8 $1,546.49 8 $675.92

9 $249.66 9 $275.94 9 $1,089.85 9 $1,592.88 9 $696.20

10 $257.15 10 $284.22 10 $1,122.54 10 $1,640.67 10 $717.08

11 $264.87 11 $292.75 11 $1,156.22 11 $1,689.89 11 $738.60

12 $272.81 12 $301.53 12 $1,190.90 12 $1,740.58 12 $760.75

13 $281.00 13 $310.58 13 $1,226.63 13 $1,792.80 13 $783.58

14 $289.43 14 $319.89 14 $1,263.43 14 $1,846.58 14 $807.08

15 $298.11 15 $329.49 15 $1,301.33 15 $1,901.98 15 $831.30

16 $307 05 16 $339 38 16 $1 340 37 16 $1 959 04 16 $856 2416 $307.05 16 $339.38 16 $1,340.37 16 $1,959.04 16 $856.24

17 $316.27 17 $349.56 17 $1,380.58 17 $2,017.81 17 $881.92

18 $325.75 18 $360.04 18 $1,422.00 18 $2,078.35 18 $908.38

19 $335.53 19 $370.84 19 $1,464.66 19 $2,140.70 19 $935.63

20 $345.59 20 $381.97 20 $1,508.60 20 $2,204.92 20 $963.70

21 $355.96 21 $393.43 21 $1,553.86 21 $2,271.07 21 $992.61

22 $366.64 22 $405.23 22 $1,600.48 22 $2,339.20 22 $1,022.39

23 $377.64 23 $417.39 23 $1,648.49 23 $2,409.37 23 $1,053.06

24 $388.97 24 $429.91 24 $1,697.95 24 $2,481.66 24 $1,084.65

25 $400.64 25 $442.81 25 $1,748.88 25 $2,556.11 25 $1,117.19

IRR 12.97% IRR 14.21% IRR 15.60% IRR 14.39% IRR 16.48%

NPV $2,811.42 NPV $3,294.82 NPV $13,648.01 NPV $19,147.06 NPV $8,940.74

AROI 7.07% AROI 8.23% AROI 9.45% AROI 8.39% AROI 10.22%

ECM Woodland Manor Pump Station Riveredge Pump Station Squankum Road Pump

StationJumping Brook Pump

StationWardell Road Pump

Station



Assumed Inflation (Electricity) 3% 3% 3% 3% 3%

Initial Yearly Savings (Electricity) $197.09 $217.83 $860.33 $1,257.43 $549.59

Assumed Average Useful Life (Years) 25 25 25 25 25

Lifetime Savings $7,185.61 $7,941.99 $31,367.18 $45,845.13 $20,037.47

Year Annual Savings Annual Savings Annual Savings Annual Savings Annual Savings

1 $197.09 $217.83 $860.33 $1,257.43 $549.59

2 $203.00 $224.37 $886.14 $1,295.16 $566.07

3 $209.09 $231.10 $912.73 $1,334.01 $583.05

4 $215.36 $238.03 $940.11 $1,374.03 $600.55

5 $221.82 $245.17 $968.31 $1,415.25 $618.56

6 $228.48 $252.53 $997.36 $1,457.71 $637.12

7 $235.33 $260.10 $1,027.28 $1,501.44 $656.23

8 $242.39 $267.91 $1,058.10 $1,546.49 $675.92

9 $249.66 $275.94 $1,089.85 $1,592.88 $696.20

10 $257.15 $284.22 $1,122.54 $1,640.67 $717.08

11 $264.87 $292.75 $1,156.22 $1,689.89 $738.60

12 $272.81 $301.53 $1,190.90 $1,740.58 $760.75

13 $281.00 $310.58 $1,226.63 $1,792.80 $783.58

14 $289.43 $319.89 $1,263.43 $1,846.58 $807.08

15 $298.11 $329.49 $1,301.33 $1,901.98 $831.30

16 $307.05 $339.38 $1,340.37 $1,959.04 $856.24

17 $316.27 $349.56 $1,380.58 $2,017.81 $881.92

18 $325.75 $360.04 $1,422.00 $2,078.35 $908.38

19 $335.53 $370.84 $1,464.66 $2,140.70 $935.63

20 $345.59 $381.97 $1,508.60 $2,204.92 $963.70

21 $355.96 $393.43 $1,553.86 $2,271.07 $992.61

22 $366.64 $405.23 $1,600.48 $2,339.20 $1,022.39

23 $377.64 $417.39 $1,648.49 $2,409.37 $1,053.06

24 $388.97 $429.91 $1,697.95 $2,481.66 $1,084.65

25 $400.64 $442.81 $1,748.88 $2,556.11 $1,117.19

Lighting Maintenance Cost Savings

T12 Bulb Cost T8 Blub Cost T12 Bulb Average Lifetime (Years)

T8 Bulb Average Lifetime (Years)

Quantity of T12 Replacements vs. T8 Replacements

Cost of T12 Replacement over T8 Life T8 Bulb Replacements Over Lifetime (15 Yrs)

1 Lamp $25.0 $23.5 4.6 5.7 1.25 $31.2 32 Lamp $69.9 $67.0 4.6 5.7 1.25 $87.4 33 Lamp $94.9 $90.5 4.6 5.7 1.25 $118.6 34 Lamp $119.8 $114.0 4.6 5.7 1.25 $149.8 3

Incandescent Cost CFL Cost Incandescent Average

Lifetime (Years)CFL Average

Lifetime (Years)Quantity of Incandescent

Replacements vs. CFL ReplacementsCost of Incandescent

Replacement over CFL Life CFL Replacements Over Lifetime (15 Yrs)

13 Watt $13.0 $25.0 0.5 2.3 5 $65.0 725 Watt $18.0 $27.0 0.5 2.3 5 $90.0 726 Watt $19.0 $28.5 0.5 2.3 5 $95.0 765 Watt $20.0 $37.0 0.5 2.3 5 $100.0 7

120 Watt $22.0 $48.5 0.5 2.3 5 $110.0 7

HID Cost Induction Cost HID AverageLifetime ( Years)

Induction Average Lifetime (years)

Quantity of HIDReplacements vs. Induction Replacements

Cost of HID Replacement over Induction Life Induction Replacements Over Lifetime (15 Yrs)

400 Watt $86.0 $485.0 4.6 22.8 5 $430.0 1250 Watt $80.0 $390.0 4.6 22.8 5 $400.0 1175 Watt $78.0 $380.0 4.6 22.8 5 $390.0 1150 Watt $74.0 $380.0 4.6 22.8 5 $370.0 1100 Watt $55.0 $380.0 4.6 22.8 5 $275.0 170 Watt $25.0 $380.0 4.6 22.8 5 $125.0 1

Metal Halide Cost Fluorescent Cost

Metal Halide AverageLifetime ( Years)

Fluorescent Average Lifetime (years)

Quantity of Metal HalideReplacements vs. Fluorescent Replacements

Cost of Metal Halide Replacement over Fluorescent Life Replacements Over Lifetime (15 Yrs)

6 Lamp $86.0 $288.0 4.6 5.7 1.25 $107.5 34 Lamp $48.0 $174.0 4.6 5.7 1.25 $60.0 3

Interior & Exterior

Building INC-CFL (13W) INC-CFL (25W) T12->T8 (1 Lamp) T12->T8 (2 Lamp) T12->T8 (3 Lamp) HID to Fluorescent 70W HID->INCUCTION 150W HID->INCUCTION 250W HID->INCUCTION 400W HID->INCUCTION Total Maintenance Cost Savings

Annual MaintenanceCost Savings Building

Tinton Avenue Pump Station $398.6 $551.9 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $17.5 $0.0 $968.0 $64.53 Tinton Avenue Pump StationSam Drive Pump Station $797.2 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $797.2 $53.14 Sam Drive Pump StationJumping Brook Pump Station $398.6 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $17.5 $0.0 $416.1 $27.74 Jumping Brook Pump Station

Interior

Building INC-CFL (13W) INC-CFL (25W) T12->T8 (1 Lamp) T12->T8 (2 Lamp) T12->T8 (3 Lamp) HID to Fluorescent 400W HID->INCUCTION Total Maintenance Cost Savings


Tinton Avenue Pump Station $398.6 $551.9 $0.0 $0.0 $0.0 $0.0 $0.0 $950.5 $63.36 Tinton Avenue Pump StationSam Drive Pump Station $398.6 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $398.6 $26.57 Sam Drive Pump StationJumping Brook Pump Station $398.6 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $398.6 $26.57 Jumping Brook Pump Station

Exterior

Building INC-CFL (13W) 70W HID->INCUCTION 150W HID->INCUCTION 250W HID->INCUCTION 400W HID->INCUCTION Total Maintenance Cost Savings


Tinton Avenue Pump Station $0.0 $0.0 $0.0 $17.5 $0.0 $17.5 $1.17 Tinton Avenue Pump StationSam Drive Pump Station $398.6 $0.0 $0.0 $0.0 $0.0 $398.6 $26.57 Sam Drive Pump StationJumping Brook Pump Station $0.0 $0.0 $0.0 $17.5 $0.0 $17.5 $1.17 Jumping Brook Pump Station

T12 to T8 Retrofit

Incandescent to CFL Retrofit

HID to Induction Retrofit

Metal Halide to Fluorescent

Lighting Maintenance Cost Savings

T12 Bulb Cost T8 Blub Cost T12 Bulb Average Lifetime (Years)

T8 Bulb Average Lifetime (Years)

Quantity of T12 Replacements vs. T8 Replacements

Cost of T12 Replacement over T8 Life T8 Bulb Replacements Over Lifetime (15 Yrs)

1 Lamp $25.0 $23.5 4.6 5.7 1.25 $31.2 32 Lamp $69.9 $67.0 4.6 5.7 1.25 $87.4 33 Lamp $94.9 $90.5 4.6 5.7 1.25 $118.6 34 Lamp $119.8 $114.0 4.6 5.7 1.25 $149.8 3

Incandescent Cost CFL Cost Incandescent Average

Lifetime (Years)CFL Average

Lifetime (Years)Quantity of Incandescent

Replacements vs. CFL ReplacementsCost of Incandescent

Replacement over CFL Life CFL Replacements Over Lifetime (15 Yrs)

13 Watt $13.0 $25.0 0.5 2.3 5 $65.0 725 Watt $18.0 $27.0 0.5 2.3 5 $90.0 726 Watt $19.0 $28.5 0.5 2.3 5 $95.0 765 Watt $20.0 $37.0 0.5 2.3 5 $100.0 7

120 Watt $22.0 $48.5 0.5 2.3 5 $110.0 7

HID Cost Induction Cost HID AverageLifetime ( Years)

Induction Average Lifetime (years)

Quantity of HIDReplacements vs. Induction Replacements

Cost of HID Replacement over Induction Life Induction Replacements Over Lifetime (15 Yrs)

400 Watt $86.0 $485.0 4.6 22.8 5 $430.0 1250 Watt $80.0 $390.0 4.6 22.8 5 $400.0 1175 Watt $78.0 $380.0 4.6 22.8 5 $390.0 1150 Watt $74.0 $380.0 4.6 22.8 5 $370.0 1100 Watt $55.0 $380.0 4.6 22.8 5 $275.0 170 Watt $25.0 $380.0 4.6 22.8 5 $125.0 1

Metal Halide Cost Fluorescent Cost

Metal Halide AverageLifetime ( Years)

Fluorescent Average Lifetime (years)

Quantity of Metal HalideReplacements vs. Fluorescent Replacements

Cost of Metal Halide Replacement over Fluorescent Life Replacements Over Lifetime (15 Yrs)

6 Lamp $86.0 $288.0 4.6 5.7 1.25 $107.5 34 Lamp $48.0 $174.0 4.6 5.7 1.25 $60.0 3

Interior & Exterior

Building INC-CFL (13W) INC-CFL (25W) T12->T8 (1 Lamp) T12->T8 (2 Lamp) T12->T8 (3 Lamp) HID to Fluorescent 70W HID->INCUCTION 175W HID->INCUCTION 150W HID->INCUCTION 400W HID->INCUCTION Total Maintenance Cost Savings


Tinton Falls Borough Hall $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $32.9 $2,565.8 $0.0 $0.0 $2,598.6 $173.24 Tinton Falls Borough HallLibrary $797.2 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $797.2 $53.14 LibraryPublic Works Building $0.0 $2,759.4 $0.0 $734.8 $0.0 $2,881.6 $0.0 $0.0 $162.1 $0.0 $6,537.9 $435.86 Public Works BuildingEMS South $0.0 $4,415.0 $0.0 $4,316.9 $0.0 $0.0 $32.9 $0.0 $0.0 $0.0 $8,764.8 $629.70 EMS SouthShrewsbury Avenue Pump Station $398.6 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $398.6 $26.57 Shrewsbury Avenue Pump StationHance Avenue Pump Station $398.6 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $398.6 $26.57 Hance Avenue Pump Station

Interior

Building INC-CFL (13W) INC-CFL (25W) T12->T8 (1 Lamp) T12->T8 (2 Lamp) T12->T8 (3 Lamp) HID to Fluorescent 400W HID->INCUCTION Total Maintenance Cost Savings


Tinton Falls Borough Hall $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.00 Tinton Falls Borough HallLibrary $797.2 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $797.2 $53.14 LibraryPublic Works Building $0.0 $2,759.4 $0.0 $734.8 $0.0 $2,881.6 $0.0 $6,375.8 $425.05 Public Works BuildingEMS South $0.0 $2,759.4 $0.0 $4,316.9 $0.0 $0.0 $0.0 $7,076.3 $471.75 EMS SouthShrewsbury Avenue Pump Station $398.6 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $398.6 $26.57 Shrewsbury Avenue Pump StationHance Avenue Pump Station $398.6 $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $398.6 $26.57 Hance Avenue Pump Station

Exterior

Building INC-CFL (13W) 70W HID->INCUCTION 175W HID->INCUCTION 150W HID->INCUCTION INC-CFL (25W) Total Maintenance Cost Savings


Tinton Falls Borough Hall $0.0 $32.9 $2,565.8 $0.0 $0.0 $2,598.6 $173.24 Tinton Falls Borough HallLibrary $0.0 $0.0 $0.0 $0.0 $0.0 $0.0 $0.00 LibraryPublic Works Building $0.0 $0.0 $0.0 $162.1 $0.0 $162.1 $10.80 Public Works BuildingEMS South $0.0 $32.9 $0.0 $680.7 $1,655.6 $2,369.1 $157.94 EMS South

T12 to T8 Retrofit

Incandescent to CFL Retrofit

HID to Induction Retrofit

Metal Halide to Fluorescent

ECM

Tinton Avenue Pump Station - Total

Sam Drive Pump Station - Total

Jumping Brook Pump Station - Total

Assumed Inflation (Gas) 2% 2% 2%



Initial Yearly Savings (Electricity) $207.94 $98.74 $163.53




1 $207.94 $98.74 $163.53

2 $214.18 $101.70 $168.44

3 $220.61 $104.76 $173.49

4 $227.23 $107.90 $178.69

5 $234.04 $111.13 $184.05

6 $241.06 $114.47 $189.58

7 $248.30 $117.90 $195.26

8 $255.74 $121.44 $201.12

9 $263.42 $125.08 $207.15

10 $271.32 $128.84 $213.37

11 $279.46 $132.70 $219.77

12 $287.84 $136.68 $226.36

13 $296.48 $140.78 $233.15

14 $305.37 $145.01 $240.15

15 $314.53 $149.36 $247.35

ECM

Tinton Avenue Pump Station - Interior

Sam Drive Pump Station - Interior

Jumping Brook Pump Station - Interior






Lifetime Savings $648.10 $260.83 $160.94


1 $34.85 $14.02 $8.65

2 $35.89 $14.44 $8.91

3 $36.97 $14.88 $9.18

4 $38.08 $15.32 $9.46

5 $39.22 $15.78 $9.74

6 $40.40 $16.26 $10.03

7 $41.61 $16.75 $10.33

8 $42.86 $17.25 $10.64

9 $44.14 $17.77 $10.96

10 $45.47 $18.30 $11.29

11 $46.83 $18.85 $11.63

12 $48.24 $19.41 $11.98

13 $49.68 $19.99 $12.34

14 $51.17 $20.59 $12.71

15 $52.71 $21.21 $13.09

ECM

Tinton Avenue Pump Station - Exterior

Sam Drive Pump Station - Exterior

Jumping Brook Pump Station - Exterior








1 $173.10 $84.72 $154.88

2 $178.29 $87.26 $159.52

3 $183.64 $89.88 $164.31

4 $189.15 $92.57 $169.24

5 $194.82 $95.35 $174.32

6 $200.67 $98.21 $179.54

7 $206.69 $101.16 $184.93

8 $212.89 $104.19 $190.48

9 $219.27 $107.32 $196.19

10 $225.85 $110.54 $202.08

11 $232.63 $113.85 $208.14

12 $239.61 $117.27 $214.39

13 $246.80 $120.79 $220.82

14 $254.20 $124.41 $227.44

15 $261.83 $128.14 $234.27

ECM

Tinton Falls Borough Hall - Total Library - Total Public Works Building -

Total EMS South - Total Shrewsbury Avenue Pump Station - Total

Hance Avenue Pump Station - Total

Assumed Inflation (Gas) 2% 2% 2% 2% 2% 2%


Assumed Inflation (Electricity) 3% 3% 3% 3% 3% 3%

Initial Yearly Savings (Electricity) $19,014.93 $956.03 $16,845.12 $8,403.91 $9.16 $9.16

Assumed Average Useful Life (Years) 15 15 15 15 15 15

Lifetime Savings $353,657.11 $17,781.12 $313,301.01 $156,303.58 $170.40 $170.40

Year Annual Savings Annual Savings Annual Savings Annual Savings Annual Savings Annual Savings

1 $19,014.93 $956.03 $16,845.12 $8,403.91 $9.16 $9.16

2 $19,585.38 $984.71 $17,350.48 $8,656.03 $9.44 $9.44

3 $20,172.94 $1,014.25 $17,870.99 $8,915.71 $9.72 $9.72

4 $20,778.13 $1,044.68 $18,407.12 $9,183.18 $10.01 $10.01

5 $21,401.48 $1,076.02 $18,959.34 $9,458.67 $10.31 $10.31

6 $22,043.52 $1,108.30 $19,528.12 $9,742.43 $10.62 $10.62

7 $22,704.82 $1,141.55 $20,113.96 $10,034.71 $10.94 $10.94

8 $23,385.97 $1,175.80 $20,717.38 $10,335.75 $11.27 $11.27

9 $24,087.55 $1,211.07 $21,338.90 $10,645.82 $11.61 $11.61

10 $24,810.18 $1,247.40 $21,979.07 $10,965.20 $11.95 $11.95

11 $25,554.48 $1,284.82 $22,638.44 $11,294.15 $12.31 $12.31

12 $26,321.11 $1,323.37 $23,317.59 $11,632.98 $12.68 $12.68

13 $27,110.75 $1,363.07 $24,017.12 $11,981.96 $13.06 $13.06

14 $27,924.07 $1,403.96 $24,737.63 $12,341.42 $13.45 $13.45

15 $28,761.79 $1,446.08 $25,479.76 $12,711.67 $13.86 $13.86

ECM

Tinton Falls Borough Hall - Interior Library - Interior Public Works Building -

Interior EMS South - InteriorShrewsbury Avenue

Pump Station - Interior

Hance Avenue Pump Station - Interior




Initial Yearly Savings (Electricity) $12,526.45 $956.03 $2,370.57 $7,922.51 $9.16 $9.16


Lifetime Savings $232,978.39 $17,781.12 $44,090.03 $147,350.13 $170.40 $170.40


1 $12,526.45 $956.03 $2,370.57 $7,922.51 $9.16 $9.16

2 $12,902.24 $984.71 $2,441.69 $8,160.19 $9.44 $9.44

3 $13,289.31 $1,014.25 $2,514.94 $8,404.99 $9.72 $9.72

4 $13,687.99 $1,044.68 $2,590.39 $8,657.14 $10.01 $10.01

5 $14,098.63 $1,076.02 $2,668.10 $8,916.86 $10.31 $10.31

6 $14,521.59 $1,108.30 $2,748.14 $9,184.36 $10.62 $10.62

7 $14,957.24 $1,141.55 $2,830.58 $9,459.89 $10.94 $10.94

8 $15,405.95 $1,175.80 $2,915.50 $9,743.69 $11.27 $11.27

9 $15,868.13 $1,211.07 $3,002.97 $10,036.00 $11.61 $11.61

10 $16,344.18 $1,247.40 $3,093.06 $10,337.08 $11.95 $11.95

11 $16,834.50 $1,284.82 $3,185.85 $10,647.19 $12.31 $12.31

12 $17,339.54 $1,323.37 $3,281.42 $10,966.61 $12.68 $12.68

13 $17,859.72 $1,363.07 $3,379.87 $11,295.61 $13.06 $13.06

14 $18,395.52 $1,403.96 $3,481.26 $11,634.48 $13.45 $13.45

15 $18,947.38 $1,446.08 $3,585.70 $11,983.51 $13.86 $13.86

ECM

Tinton Falls Borough Hall - Exterior Library - Exterior Public Works Building -

ExteriorEMS South -

Exterior

Shrewsbury Avenue Pump Station -

Exterior

Hance Avenue Pump Station - Exterior




Initial Yearly Savings (Electricity) $6,488.48 $0.00 $14,474.55 $481.40 $0.00 $0.00


Lifetime Savings $120,678.72 $0.00 $269,210.98 $8,953.45 $0.00 $0.00


1 $6,488.48 $0.00 $14,474.55 $481.40 $0.00 $0.00

2 $6,683.14 $0.00 $14,908.79 $495.84 $0.00 $0.00

3 $6,883.63 $0.00 $15,356.05 $510.71 $0.00 $0.00

4 $7,090.14 FALSE $15,816.74 $526.03 $0.00 $0.00

5 $7,302.84 $0.00 $16,291.24 $541.82 $0.00 $0.00

6 $7,521.93 $0.00 $16,779.98 $558.07 $0.00 $0.00

7 $7,747.59 $0.00 $17,283.37 $574.81 $0.00 $0.00

8 $7,980.01 $0.00 $17,801.88 $592.06 $0.00 $0.00

9 $8,219.42 $0.00 $18,335.93 $609.82 $0.00 $0.00

10 $8,466.00 $0.00 $18,886.01 $628.11 $0.00 $0.00

11 $8,719.98 $0.00 $19,452.59 $646.96 $0.00 $0.00

12 $8,981.58 $0.00 $20,036.17 $666.37 $0.00 $0.00

13 $9,251.02 $0.00 $20,637.25 $686.36 $0.00 $0.00

14 $9,528.55 $0.00 $21,256.37 $706.95 $0.00 $0.00

15 $9,814.41 $0.00 $21,894.06 $728.16 $0.00 $0.00

IRR, NPV, AROI

Inflation Rate: 3%

Lighting Upgrades Lighting Upgrades Lighting UpgradesTinton Avenue Pump Station - Total Sam Drive Pump Station - Total Jumping Brook Pump Station - TotalLife of ECRM (Yrs): 15 Life of ECRM (Yrs): 15 Life of ECRM (Yrs): 15

Year Cash Flow Year Cash Flow Year Cash Flow0 ($837.06) 0 ($264.50) 0 ($759.44)1 $272.48 1 $151.89 1 $191.272 $280.65 2 $156.44 2 $197.013 $289.07 3 $161.14 3 $202.924 $297.74 4 $165.97 4 $209.015 $306.67 5 $170.95 5 $215.286 $315.87 6 $176.08 6 $221.737 $325.35 7 $181.36 7 $228.398 $335.11 8 $186.80 8 $235.249 $345.16 9 $192.40 9 $242.2910 $355.52 10 $198.18 10 $249.5611 $366.18 11 $204.12 11 $257.0512 $377.17 12 $210.25 12 $264.7613 $388.49 13 $216.55 13 $272.7014 $400.14 14 $223.05 14 $280.8915 $412.14 15 $229.74 15 $289.31

IRR 34.99% IRR 60.35% IRR 27.11%NPV $3,131.03 NPV $1,947.43 NPV $2,026.05AROI 25.88% AROI 50.76% AROI 18.52%

Lighting Upgrades Lighting Upgrades Lighting UpgradesTinton Avenue Pump Station - Interior Sam Drive Pump Station - Interior Jumping Brook Pump Station - InteriorLife of ECRM (Yrs): 15 Life of ECRM (Yrs): 15 Life of ECRM (Yrs): 15


IRR 68.65% IRR 22.51% IRR 51.86%NPV $1,280.74 NPV $398.58 NPV $441.11AROI 59.03% AROI 14.41% AROI 42.34%

Lighting Upgrades Lighting Upgrades Lighting UpgradesTinton Avenue Pump Station - Exterior Sam Drive Pump Station - Exterior Jumping Brook Pump Station - ExteriorLife of ECRM (Yrs): 15 Life of ECRM (Yrs): 15 Life of ECRM (Yrs): 15



IRR, NPV, AROI

Inflation Rate: 3%

Lighting Upgrades Lighting Upgrades Lighting UpgradesTinton Falls Borough Hall - Total Library - Total Public Works Building - TotalLife of ECRM (Yrs): 15 Life of ECRM (Yrs): 15 Life of ECRM (Yrs): 15

Year Cash Flow Year Cash Flow Year Cash Flow0 ($88,888.13) 0 ($4,014.94) 0 ($40,178.38)1 $19,188.18 1 $1,009.17 1 $17,280.982 $19,763.82 2 $1,039.45 2 $17,799.413 $20,356.74 3 $1,070.63 3 $18,333.394 $20,967.44 4 $1,102.75 4 $18,883.395 $21,596.46 5 $1,135.83 5 $19,449.906 $22,244.36 6 $1,169.91 6 $20,033.397 $22,911.69 7 $1,205.01 7 $20,634.398 $23,599.04 8 $1,241.16 8 $21,253.439 $24,307.01 9 $1,278.39 9 $21,891.0310 $25,036.22 10 $1,316.74 10 $22,547.7611 $25,787.30 11 $1,356.25 11 $23,224.1912 $26,560.92 12 $1,396.93 12 $23,920.9213 $27,357.75 13 $1,438.84 13 $24,638.5514 $28,178.48 14 $1,482.01 14 $25,377.7015 $29,023.84 15 $1,526.47 15 $26,139.03


Lighting Upgrades Lighting Upgrades Lighting UpgradesTinton Falls Borough Hall - Interior Library - Interior Public Works Building - InteriorLife of ECRM (Yrs): 15 Life of ECRM (Yrs): 15 Life of ECRM (Yrs): 15

Year Cash Flow Year Cash Flow Year Cash Flow0 ($26,429.88) 0 ($4,014.94) 0 ($5,900.94)1 $12,526.45 1 $1,009.17 1 $2,795.622 $12,902.24 2 $1,039.45 2 $2,879.493 $13,289.31 3 $1,070.63 3 $2,965.884 $13,687.99 4 $1,102.75 4 $3,054.855 $14,098.63 5 $1,135.83 5 $3,146.506 $14,521.59 6 $1,169.91 6 $3,240.897 $14,957.24 7 $1,205.01 7 $3,338.128 $15,405.95 8 $1,241.16 8 $3,438.269 $15,868.13 9 $1,278.39 9 $3,541.4110 $16,344.18 10 $1,316.74 10 $3,647.6511 $16,834.50 11 $1,356.25 11 $3,757.0812 $17,339.54 12 $1,396.93 12 $3,869.8013 $17,859.72 13 $1,438.84 13 $3,985.8914 $18,395.52 14 $1,482.01 14 $4,105.4715 $18,947.38 15 $1,526.47 15 $4,228.63


Lighting Upgrades Lighting Upgrades Lighting UpgradesTinton Falls Borough Hall - Exterior Library - Exterior Public Works Building - ExteriorLife of ECRM (Yrs): 15 Life of ECRM (Yrs): 15 Life of ECRM (Yrs): 15

Year Cash Flow Year Cash Flow Year Cash Flow0 ($62,458.25) 0 $0.00 0 ($34,277.44)1 $6,661.72 1 $0.00 1 $14,485.362 $6,861.58 2 $0.00 2 $14,919.923 $7,067.42 3 $0.00 3 $15,367.524 $7,279.45 4 $0.00 4 $15,828.545 $7,497.83 5 $0.00 5 $16,303.406 $7,722.76 6 $0.00 6 $16,792.507 $7,954.45 7 $0.00 7 $17,296.278 $8,193.08 8 $0.00 8 $17,815.169 $8,438.87 9 $0.00 9 $18,349.6210 $8,692.04 10 $0.00 10 $18,900.1111 $8,952.80 11 $0.00 11 $19,467.1112 $9,221.39 12 $0.00 12 $20,051.1213 $9,498.03 13 $0.00 13 $20,652.6614 $9,782.97 14 $0.00 14 $21,272.2415 $10,076.46 15 $0.00 15 $21,910.40

IRR 9.27% IRR #NUM! IRR 45.01%NPV $34,557.16 NPV $0.00 NPV $176,674.38AROI 4.00% AROI #DIV/0! AROI 35.59%

IRR, NPV, AROI

Inflation Rate: 3%

Lighting Upgrades Lighting Upgrades Lighting UpgradesEMS South - Total Shrewsbury Avenue Pump Station - TotaHance Avenue Pump Station - TotalLife of ECRM (Yrs): 15 Life of ECRM (Yrs): 15 Life of ECRM (Yrs): 15

Year Cash Flow Year Cash Flow Year Cash Flow0 ($14,096.13) 0 ($71.88) 0 ($71.88)1 $9,033.60 1 $35.73 1 $35.732 $9,304.61 2 $36.81 2 $36.813 $9,583.75 3 $37.91 3 $37.914 $9,871.26 4 $39.05 4 $39.055 $10,167.40 5 $40.22 5 $40.226 $10,472.42 6 $41.43 6 $41.437 $10,786.60 7 $42.67 7 $42.678 $11,110.19 8 $43.95 8 $43.959 $11,443.50 9 $45.27 9 $45.2710 $11,786.80 10 $46.62 10 $46.6211 $12,140.41 11 $48.02 11 $48.0212 $12,504.62 12 $49.46 12 $49.4613 $12,879.76 13 $50.95 13 $50.9514 $13,266.15 14 $52.48 14 $52.4815 $13,664.14 15 $54.05 15 $54.05


Lighting Upgrades Lighting Upgrades Lighting UpgradesEMS South - Interior Shrewsbury Avenue Pump Station - Inte Hance Avenue Pump Station - InteriorLife of ECRM (Yrs): 15 Life of ECRM (Yrs): 15 Life of ECRM (Yrs): 15

Year Cash Flow Year Cash Flow Year Cash Flow0 ($12,376.88) 0 ($71.88) 0 ($71.88)1 $8,394.26 1 $35.73 1 $35.732 $8,646.09 2 $36.81 2 $36.813 $8,905.48 3 $37.91 3 $37.914 $9,172.64 4 $39.05 4 $39.055 $9,447.82 5 $40.22 5 $40.226 $9,731.25 6 $41.43 6 $41.437 $10,023.19 7 $42.67 7 $42.678 $10,323.89 8 $43.95 8 $43.959 $10,633.60 9 $45.27 9 $45.2710 $10,952.61 10 $46.62 10 $46.6211 $11,281.19 11 $48.02 11 $48.0212 $11,619.63 12 $49.46 12 $49.4613 $11,968.21 13 $50.95 13 $50.9514 $12,327.26 14 $52.48 14 $52.4815 $12,697.08 15 $54.05 15 $54.05


Lighting Upgrades Lighting Upgrades Lighting UpgradesEMS South - Exterior Shrewsbury Avenue Pump Station - ExteHance Avenue Pump Station - ExteriorLife of ECRM (Yrs): 15 Life of ECRM (Yrs): 15 Life of ECRM (Yrs): 15

Year Cash Flow Year Cash Flow Year Cash Flow0 ($1,719.25) 0 $0.00 0 $0.001 $639.34 1 $0.00 1 $0.002 $658.52 2 $0.00 2 $0.003 $678.27 3 $0.00 3 $0.004 $698.62 4 $0.00 4 $0.005 $719.58 5 $0.00 5 $0.006 $741.17 6 $0.00 6 $0.007 $763.40 7 $0.00 7 $0.008 $786.31 8 $0.00 8 $0.009 $809.90 9 $0.00 9 $0.0010 $834.19 10 $0.00 10 $0.0011 $859.22 11 $0.00 11 $0.0012 $884.99 12 $0.00 12 $0.0013 $911.54 13 $0.00 13 $0.0014 $938.89 14 $0.00 14 $0.0015 $967.06 15 $0.00 15 $0.00

IRR 39.81% IRR #NUM! IRR #NUM!NPV $7,591.51 NPV $0.00 NPV $0.00AROI 30.52% AROI #DIV/0! AROI #DIV/0!

ECMBorough Hall -

Controls Upgrade

Assumed Inflation (Gas, Oil) 2%Initial Yearly Savings (Gas, Oil) $1,300.00Assumed Inflation (Electricity) 3%Initial Yearly Savings (Electricity) $358.50Annual Maintence Cost Savings $0.00Assumed Average Useful Life (Years) 24

Lifetime Savings $29,149.15

Year Annual Savings1 $1,658.502 $1,695.263 $1,732.854 $1,771.315 $1,810.666 $1,850.907 $1,892.088 $1,934.209 $1,977.2910 $2,021.3811 $2,066.4912 $2,112.6313 $2,159.8514 $2,208.1615 $2,257.59

IRR, NPV, AROI - HVAC ECRMS

Year Cash Flow0 ($8,000.00)1 $1,658.502 $1,695.263 $1,732.854 $1,771.315 $1,810.666 $1,850.907 $1,892.088 $1,934.209 $1,977.29

10 $2,021.3811 $2,066.4912 $2,112.6313 $2,159.8514 $2,208.1615 $2,257.59

IRR 21.38%NPV $14,918.86AROI 16.56%

Borough Hall - Controls Upgrade

Appendix I

Wi dC d T bi P f M d lWindCad Turbine Performance ModelWindCad Turbine Performance ModelEndurance S-343 Wind Turbine Grid - IntertieEndurance S-343 Wind Turbine, Grid - Intertie,

Prepared For: SMRSAPrepared For: SMRSASite Location: Wall, NJSite Location: Wall, NJD t S NASA At h i S i D t C tData Source: NASA Atmospheric Science Data Centerp

Date: 2/9/2012Date: 2/9/2012

Inputs: Results:Inputs: Results:Inputs: Results:Ave. Wind (m/s) = 4.36 Hub Average Wind Speed (m/s) = 4.36Ave. Wind (m/s) 4.36 Hub Average Wind Speed (m/s) 4.36

Weibull K = 2 Air Density Factor = 0%Weibull K = 2 Air Density Factor = 0%ySite Altitude (m) = 0 Average Output Power (kW) = 8 49Site Altitude (m) = 0 Average Output Power (kW) = 8.49

Wind Shear Exp. = 0.180 Daily Energy Output (kWh) = 203.8Wind Shear Exp. 0.180 Daily Energy Output (kWh) 203.8Anem Height (m) = 42 7 Annual Energy Output (kWh) = 74 405Anem. Height (m) = 42.7 Annual Energy Output (kWh) = 74,405Tower Height (m) = 42 7 Monthly Energy Output = 6 200Tower Height (m) = 42.7 Monthly Energy Output = 6,200

T b l F t 2 0% P t O ti Ti 60 0%Turbulence Factor = 2.0% Percent Operating Time = 60.0%Turbulence Factor 2.0% Percent Operating Time 60.0%

W ib ll P f C l l tiWeibull Performance CalculationsWind Speed Bin (m/s) Power (kW) Wind Probability (f) Net kW @ V Weibull Calculations:Wind Speed Bin (m/s) Power (kW) Wind Probability (f) Net kW @ V

1 0 00 7 99% 0 000Weibull Calculations:Wind speed probability is calculated as a1 0.00 7.99% 0.000 Wind speed probability is calculated as a Weibull curve defined by the average wind2 0.00 14.11% 0.000 Weibull curve defined by the average wind speed and a shape factor K To facilitate

3 0.00 17.18% 0.000speed and a shape factor, K. To facilitate piece wise integration the wind speed range3 0.00 17.18% 0.000

4 2 45 17 11% 0 419piece-wise integration, the wind speed range is broken down into "bins" of 1 m/s in width4 2.45 17.11% 0.419

4 14 0% 1 09

is broken down into bins of 1 m/s in width (Column 1) For each wind speed bin5 7.45 14.70% 1.095 (Column 1). For each wind speed bin, instantaneous wind turbine power (W

6 14.70 11.16% 1.640instantaneous wind turbine power (W, C l 2)) i lti li d b th W ib ll i d6 14.70 11.16% 1.640

7 24 50 7 57% 1 855Column 2)) is multiplied by the Weibull wind

d b bilit (f C l 3) Thi7 24.50 7.57% 1.855

8 35 28 4 63% 1 634speed probability (f, Column 3). This cross

d t (N t W C l 4) i th8 35.28 4.63% 1.634 product (Net W, Column 4) is the t ib ti t t bi t t9 38.22 2.57% 0.981 contribution to average turbine power output t ib t d b i d d i th t bi Th

9 38.22 2.57% 0.981

10 38 22 1 29% 0 494contributed by wind speeds in that bin. The

f h ib i i h10 38.22 1.29% 0.494

11 38 22 0 59% 0 226sum of these contributions is the average

11 38.22 0.59% 0.226 power output of the turbine on a continuous,

12 38.22 0.25% 0.095 24 hour, basis.12 38.22 0.25% 0.095

13 38 22 0 09% 0 036Best results are achieved using annual or

13 38.22 0.09% 0.036

14 38 22 0 03% 0 013monthly average wind speeds. Use of daily

14 38.22 0.03% 0.013 or hourly average speeds is not 15 38.22 0.01% 0.004 recommended.15 38.22 0.01% 0.004

16 38 22 0 00% 0 00116 38.22 0.00% 0.001

17 38 22 0 00% 0 00017 38.22 0.00% 0.000

18 38.22 0.00% 0.000

19 38.22 0.00% 0.00019 38.22 0.00% 0.000

20 38 22 0 00% 0 00020 38.22 0.00% 0.000

2008, BWC Totals: 99.30% 8.494,


Prepared For: SMRSAPrepared For: SMRSASite Location: Wall, NJSite Location: Wall, NJData Source: NASA Atmospheric Science Data CenterData Source: NASA Atmospheric Science Data Center

Date: 2/9/2012Date: 2/9/2012

Inputs: Results:Inputs: Results:pA Wi d ( / ) 6 3 H b A Wi d S d ( / ) 6 30Ave. Wind (m/s) = 6.3 Hub Average Wind Speed (m/s) = 6.30( ) g p ( )

Weibull K = 2 Air Density Factor = 0%Weibull K = 2 Air Density Factor = 0%

Site Altitude (m) = 0 Average Output Power (kW) = 17.62Site Altitude (m) 0 Average Output Power (kW) 17.62

Wind Shear Exp = 0 180 Daily Energy Output (kWh) = 422 9Wind Shear Exp. = 0.180 Daily Energy Output (kWh) = 422.9p y gy p ( )Anem. Height (m) = 42 7 Annual Energy Output (kWh) = 154,347Anem. Height (m) = 42.7 Annual Energy Output (kWh) = 154,347Tower Height (m) = 42.7 Monthly Energy Output = 12,862Tower Height (m) 42.7 Monthly Energy Output 12,862

Turbulence Factor = 2 0% Percent Operating Time = 78 4%Turbulence Factor = 2.0% Percent Operating Time = 78.4%

Weibull Performance CalculationsWeibull Performance CalculationsWi d S d Bi ( / ) P (kW) Wi d P b bilit (f) N t kW @ VWind Speed Bin (m/s) Power (kW) Wind Probability (f) Net kW @ V Weibull Calculations:( ) ( ) y ( ) @

1 0.00 3.91% 0.000 Wind speed probability is calculated as a 1 0.00 3.91% 0.000

2 0 00 7 37% 0 000

p p yWeibull curve defined by the average wind 2 0.00 7.37% 0.000

3 0 00 10 01% 0 000

y gspeed and a shape factor, K. To facilitate

3 0.00 10.01% 0.000p p ,

piece-wise integration, the wind speed range 4 2.45 11.60% 0.284

p g , p gis broken down into "bins" of 1 m/s in width 4 2.45 11.60% 0.284

5 7 45 12 12% 0 903 (Column 1). For each wind speed bin, 5 7.45 12.12% 0.903

6 14 70 11 68% 1 716

( ) p ,instantaneous wind turbine power (W,

6 14.70 11.68% 1.716instantaneous wind turbine power (W, Column 2)) is multiplied by the Weibull wind

7 24.50 10.51% 2.575Column 2)) is multiplied by the Weibull wind speed probability (f, Column 3). This cross7 24.50 10.51% 2.575

8 35.28 8.90% 3.141speed probability (f, Column 3). This cross product (Net W, Column 4) is the8 35.28 8.90% 3.141

9 38 22 7 13% 2 727

product (Net W, Column 4) is the contribution to average turbine power output9 38.22 7.13% 2.727 contribution to average turbine power output contributed by wind speeds in that bin The

10 38.22 5.43% 2.073contributed by wind speeds in that bin. The sum of these contributions is the average

11 38.22 3.92% 1.500sum of these contributions is the average power output of the turbine on a continuous11 38.22 3.92% 1.500

12 38 22 2 71% 1 034

power output of the turbine on a continuous, 24 hour basis12 38.22 2.71% 1.034

13 38 22 1 78% 0 680

24 hour, basis.Best results are achieved using annual or

13 38.22 1.78% 0.680Best results are achieved using annual or monthly average wind speeds Use of daily

14 38.22 1.12% 0.427monthly average wind speeds. Use of daily or hourly average speeds is not14 38.22 1.12% 0.427

15 38 22 0 67% 0 257or hourly average speeds is not recommended15 38.22 0.67% 0.257

16 38 22 0 39% 0 147

recommended.

16 38.22 0.39% 0.147

17 38.22 0.21% 0.08117 38.22 0.21% 0.081

18 38 22 0 11% 0 04318 38.22 0.11% 0.043

19 38 22 0 06% 0 02219 38.22 0.06% 0.022

20 38.22 0.03% 0.010

2008, BWC Totals: 99.64% 17.6202008, BWC Totals: 99.64% 17.620


Prepared For: SMRSAPrepared For: SMRSASite Location: Wall, NJSite Location: Wall, NJD t S NASA At h i S i D t C tData Source: NASA Atmospheric Science Data Centerp

Date: 2/9/2012Date: 2/9/2012

Inputs: Results:Inputs: Results:Inputs: Results:Ave. Wind (m/s) = 5.41 Hub Average Wind Speed (m/s) = 5.41Ave. Wind (m/s) 5.41 Hub Average Wind Speed (m/s) 5.41

Weibull K = 2 Air Density Factor = 0%Weibull K = 2 Air Density Factor = 0%ySite Altitude (m) = 0 Average Output Power (kW) = 13 71Site Altitude (m) = 0 Average Output Power (kW) = 13.71

Wind Shear Exp. = 0.180 Daily Energy Output (kWh) = 329.1Wind Shear Exp. 0.180 Daily Energy Output (kWh) 329.1Anem Height (m) = 42 7 Annual Energy Output (kWh) = 120 107Anem. Height (m) = 42.7 Annual Energy Output (kWh) = 120,107Tower Height (m) = 42 7 Monthly Energy Output = 10 009Tower Height (m) = 42.7 Monthly Energy Output = 10,009

T b l F t 2 0% P t O ti Ti 71 8%Turbulence Factor = 2.0% Percent Operating Time = 71.8%Turbulence Factor 2.0% Percent Operating Time 71.8%

W ib ll P f C l l tiWeibull Performance CalculationsWind Speed Bin (m/s) Power (kW) Wind Probability (f) Net kW @ V Weibull Calculations:Wind Speed Bin (m/s) Power (kW) Wind Probability (f) Net kW @ V

1 0 00 5 27% 0 000Weibull Calculations:Wind speed probability is calculated as a1 0.00 5.27% 0.000 Wind speed probability is calculated as a Weibull curve defined by the average wind2 0.00 9.71% 0.000 Weibull curve defined by the average wind speed and a shape factor K To facilitate

3 0.00 12.73% 0.000speed and a shape factor, K. To facilitate piece wise integration the wind speed range3 0.00 12.73% 0.000

4 2 45 14 04% 0 344piece-wise integration, the wind speed range is broken down into "bins" of 1 m/s in width4 2.45 14.04% 0.344

4 13 6% 1 02

is broken down into bins of 1 m/s in width (Column 1) For each wind speed bin5 7.45 13.76% 1.025 (Column 1). For each wind speed bin, instantaneous wind turbine power (W

6 14.70 12.26% 1.802instantaneous wind turbine power (W, C l 2)) i lti li d b th W ib ll i d6 14.70 12.26% 1.802

7 24 50 10 06% 2 465Column 2)) is multiplied by the Weibull wind

d b bilit (f C l 3) Thi7 24.50 10.06% 2.465

8 35 28 7 66% 2 703speed probability (f, Column 3). This cross

d t (N t W C l 4) i th8 35.28 7.66% 2.703 product (Net W, Column 4) is the t ib ti t t bi t t9 38.22 5.44% 2.079 contribution to average turbine power output t ib t d b i d d i th t bi Th

9 38.22 5.44% 2.079

10 38 22 3 61% 1 381contributed by wind speeds in that bin. The

f h ib i i h10 38.22 3.61% 1.381

11 38 22 2 25% 0 861sum of these contributions is the average

11 38.22 2.25% 0.861 power output of the turbine on a continuous,

12 38.22 1.32% 0.504 24 hour, basis.12 38.22 1.32% 0.504

13 38 22 0 73% 0 278Best results are achieved using annual or

13 38.22 0.73% 0.278

14 38 22 0 38% 0 144monthly average wind speeds. Use of daily

14 38.22 0.38% 0.144 or hourly average speeds is not 15 38.22 0.18% 0.070 recommended.15 38.22 0.18% 0.070

16 38 22 0 08% 0 03216 38.22 0.08% 0.032

17 38 22 0 04% 0 01417 38.22 0.04% 0.014

18 38.22 0.02% 0.006

19 38.22 0.01% 0.00219 38.22 0.01% 0.002

20 38 22 0 00% 0 00120 38.22 0.00% 0.001

2008, BWC Totals: 99.55% 13.711,

Appendix J

SMRSA(Minimum Site Wind Speed @ 42.7m - 4.36 m/s)

Annual kWh 74,405Engineer's Opinion of Probable Cost $450,000.00

AssumptionsAnnual System Degredation 0.50%Annual Utility Inflation 3.00%Annual Maintenance Costs $0.02/kWh ProductionREC Factor $25/MWh ProductionREIP Incentive $3.20/kWh First 16,000 kWh

$0.50/kWh 16,000 kWh - 750,000 kWh

Year Utility PriceAnnual Wind kWh

Production Utility SavingsRenewable Energy Credits

(RECs)Renewable Energy

Incentive Program (REIP) Maintenance Costs Annual Cash Flow Cumulative Cash Flow

1 0.1600 74,405.0 $11,904.8 $1,860 $80,403 ($1,488) $12,276.8 $12,276.82 0.1648 74,033.0 $12,200.6 $1,851 $0 ($1,481) $12,570.8 $24,847.63 0.1697 73,662.8 $12,503.8 $1,842 $0 ($1,473) $12,872.1 $37,719.84 0.1748 73,294.5 $12,814.5 $1,832 $0 ($1,466) $13,181.0 $50,900.85 0.1801 72,928.0 $13,133.0 $1,823 $0 ($1,459) $13,497.6 $64,398.46 0.1855 72,563.4 $13,459.3 $1,814 $0 ($1,451) $13,822.2 $78,220.57 0.1910 72,200.6 $13,793.8 $1,805 $0 ($1,444) $14,154.8 $92,375.38 0.1968 71,839.6 $14,136.6 $1,796 $0 ($1,437) $14,495.8 $106,871.19 0.2027 71,480.4 $14,487.9 $1,787 $0 ($1,430) $14,845.3 $121,716.410 0.2088 71,123.0 $14,847.9 $1,778 $0 ($1,422) $15,203.5 $136,919.911 0.2150 70,767.3 $15,216.9 $1,769 $0 ($1,415) $15,570.7 $152,490.612 0.2215 70,413.5 $15,595.0 $1,760 $0 ($1,408) $15,947.1 $168,437.713 0.2281 70,061.4 $15,982.5 $1,752 $0 ($1,401) $16,332.8 $184,770.514 0.2350 69,711.1 $16,379.7 $1,743 $0 ($1,394) $16,728.3 $201,498.815 0.2420 69,362.6 $16,786.7 $1,734 $0 ($1,387) $17,133.6 $218,632.316 0.2493 69,015.8 $17,203.9 $1,725 $0 ($1,380) $17,549.0 $236,181.317 0.2568 68,670.7 $17,631.4 $1,717 $0 ($1,373) $17,974.8 $254,156.118 0.2645 68,327.3 $18,069.5 $1,708 $0 ($1,367) $18,411.2 $272,567.319 0.2724 67,985.7 $18,518.6 $1,700 $0 ($1,360) $18,858.5 $291,425.820 0.2806 67,645.8 $18,978.8 $1,691 $0 ($1,353) $19,317.0 $310,742.721 0.2890 67,307.5 $19,450.4 $1,683 $0 ($1,346) $19,786.9 $330,529.722 0.2976 66,971.0 $19,933.7 $1,674 $0 ($1,339) $20,268.6 $350,798.323 0.3066 66,636.2 $20,429.1 $1,666 $0 ($1,333) $20,762.3 $371,560.524 0.3158 66,303.0 $20,936.7 $1,658 $0 ($1,326) $21,268.3 $392,828.825 0.3252 65,971.5 $21,457.0 $1,649 $0 ($1,319) $21,786.9 $414,615.7

SMRSA(Maximum Site Wind Speed @ 42.7m - 6.3 m/s)



$0.50/kWh 16,000 kWh - 750,000 kWh





1 0.1600 154,347.0 $24,695.5 $3,859 $120,374 ($3,087) $25,467.3 $25,467.32 0.1648 153,575.3 $25,309.2 $3,839 $0 ($3,072) $26,077.1 $51,544.33 0.1697 152,807.4 $25,938.1 $3,820 $0 ($3,056) $26,702.2 $78,246.54 0.1748 152,043.4 $26,582.7 $3,801 $0 ($3,041) $27,342.9 $105,589.45 0.1801 151,283.1 $27,243.3 $3,782 $0 ($3,026) $27,999.7 $133,589.16 0.1855 150,526.7 $27,920.3 $3,763 $0 ($3,011) $28,672.9 $162,262.07 0.1910 149,774.1 $28,614.1 $3,744 $0 ($2,995) $29,363.0 $191,625.08 0.1968 149,025.2 $29,325.2 $3,726 $0 ($2,981) $30,070.3 $221,695.39 0.2027 148,280.1 $30,053.9 $3,707 $0 ($2,966) $30,795.3 $252,490.610 0.2088 147,538.7 $30,800.7 $3,688 $0 ($2,951) $31,538.4 $284,029.011 0.2150 146,801.0 $31,566.1 $3,670 $0 ($2,936) $32,300.1 $316,329.112 0.2215 146,067.0 $32,350.5 $3,652 $0 ($2,921) $33,080.9 $349,410.013 0.2281 145,336.7 $33,154.5 $3,633 $0 ($2,907) $33,881.1 $383,291.114 0.2350 144,610.0 $33,978.3 $3,615 $0 ($2,892) $34,701.4 $417,992.515 0.2420 143,886.9 $34,822.7 $3,597 $0 ($2,878) $35,542.1 $453,534.616 0.2493 143,167.5 $35,688.0 $3,579 $0 ($2,863) $36,403.9 $489,938.517 0.2568 142,451.7 $36,574.9 $3,561 $0 ($2,849) $37,287.2 $527,225.718 0.2645 141,739.4 $37,483.8 $3,543 $0 ($2,835) $38,192.5 $565,418.119 0.2724 141,030.7 $38,415.3 $3,526 $0 ($2,821) $39,120.4 $604,538.620 0.2806 140,325.5 $39,369.9 $3,508 $0 ($2,807) $40,071.5 $644,610.121 0.2890 139,623.9 $40,348.2 $3,491 $0 ($2,792) $41,046.3 $685,656.422 0.2976 138,925.8 $41,350.9 $3,473 $0 ($2,779) $42,045.5 $727,701.923 0.3066 138,231.2 $42,378.4 $3,456 $0 ($2,765) $43,069.6 $770,771.524 0.3158 137,540.0 $43,431.5 $3,439 $0 ($2,751) $44,119.2 $814,890.725 0.3252 136,852.3 $44,510.8 $3,421 $0 ($2,737) $45,195.1 $860,085.8

SMRSA(Average Site Wind Speed @ 42.7m - 5.41 m/s)



$0.50/kWh 16,000 kWh - 750,000 kWh





1 0.1600 120,107.0 $19,217.1 $3,003 $103,254 ($2,402) $19,817.7 $19,817.72 0.1648 119,506.5 $19,694.7 $2,988 $0 ($2,390) $20,292.2 $40,109.93 0.1697 118,908.9 $20,184.1 $2,973 $0 ($2,378) $20,778.6 $60,888.54 0.1748 118,314.4 $20,685.7 $2,958 $0 ($2,366) $21,277.2 $82,165.75 0.1801 117,722.8 $21,199.7 $2,943 $0 ($2,354) $21,788.3 $103,954.06 0.1855 117,134.2 $21,726.5 $2,928 $0 ($2,343) $22,312.2 $126,266.27 0.1910 116,548.5 $22,266.4 $2,914 $0 ($2,331) $22,849.1 $149,115.38 0.1968 115,965.8 $22,819.7 $2,899 $0 ($2,319) $23,399.6 $172,514.99 0.2027 115,386.0 $23,386.8 $2,885 $0 ($2,308) $23,963.7 $196,478.610 0.2088 114,809.0 $23,968.0 $2,870 $0 ($2,296) $24,542.0 $221,020.611 0.2150 114,235.0 $24,563.6 $2,856 $0 ($2,285) $25,134.7 $246,155.412 0.2215 113,663.8 $25,174.0 $2,842 $0 ($2,273) $25,742.3 $271,897.613 0.2281 113,095.5 $25,799.5 $2,827 $0 ($2,262) $26,365.0 $298,262.714 0.2350 112,530.0 $26,440.7 $2,813 $0 ($2,251) $27,003.3 $325,266.015 0.2420 111,967.4 $27,097.7 $2,799 $0 ($2,239) $27,657.5 $352,923.516 0.2493 111,407.5 $27,771.1 $2,785 $0 ($2,228) $28,328.1 $381,251.617 0.2568 110,850.5 $28,461.2 $2,771 $0 ($2,217) $29,015.5 $410,267.118 0.2645 110,296.2 $29,168.5 $2,757 $0 ($2,206) $29,719.9 $439,987.019 0.2724 109,744.8 $29,893.3 $2,744 $0 ($2,195) $30,442.0 $470,429.020 0.2806 109,196.0 $30,636.1 $2,730 $0 ($2,184) $31,182.1 $501,611.221 0.2890 108,650.1 $31,397.5 $2,716 $0 ($2,173) $31,940.7 $533,551.922 0.2976 108,106.8 $32,177.7 $2,703 $0 ($2,162) $32,718.2 $566,270.123 0.3066 107,566.3 $32,977.3 $2,689 $0 ($2,151) $33,515.1 $599,785.224 0.3158 107,028.4 $33,796.8 $2,676 $0 ($2,141) $34,331.9 $634,117.125 0.3252 106,493.3 $34,636.6 $2,662 $0 ($2,130) $35,169.1 $669,286.2

Appendix K

Page 1

Description Location Horsepower Efficiency Equipment Cost Labor Cost Total Cost Equipment Cost Efficiency Labor Cost Total Cost Total Labor Cost Inflated Total

(PE Motor)Cost

DifferenceYearly

Runtime

kW Usage Prior to

Upgrades

kWh/Yr Prior to Upgrades

Energy Cost Prior to

Upgrades

kW Usage with Motor Upgrades

kWh/Yr After

Upgrades

Annual Energy Cost After Upgrades

Energy Savings Energy Savings (kWh)

Energy Savings (kW) Incentive


Woodland Manor Pump Station Pump 1 Woodland Manor Pump Station 5 87.5 $557.0 90.00 100.00 657.00 100.00 $944 $944.4 4380 4.26 18671.3 $3,547.5 4.14 18152.67 $3,449.01 $98.54 518.65 0.12 $54.00 9.04Woodland Manor Pump Station Pump 2 Woodland Manor Pump Station 5 87.5 $557.0 90.00 100.00 657.00 100.00 $944 $944.4 4380 4.26 18671.3 $3,547.5 4.14 18152.67 $3,449.01 $98.54 518.65 0.12 $54.00 9.04Riveredge Pump Station Pump 1 Riveredge Pump Station 5 87.5 $557.0 90.00 100.00 657.00 100.00 $944 $944.4 4380 4.26 18671.3 $3,921.0 4.14 18152.67 $3,812.06 $108.92 518.65 0.12 $54.00 8.18Riveredge Pump Station Pump 2 Riveredge Pump Station 5 87.5 $557.0 90.00 100.00 657.00 100.00 $944 $944.4 4380 4.26 18671.3 $3,921.0 4.14 18152.67 $3,812.06 $108.92 518.65 0.12 $54.00 8.18Squankum Road Pump Station Pump 1 Squankum Road Pump Station 25 91.7 $2,125.0 94.10 182.00 2307.00 182.00 $3,316 $3,316.3 4747 20.34 96544.8 $21,239.8 19.82 94082.41 $20,698.13 $541.72 2,462.35 0.52 $117.00 5.91Squankum Road Pump Station Pump 2 Squankum Road Pump Station 25 91.7 $2,125.0 94.10 182.00 2307.00 182.00 $3,316 $3,316.3 2792 20.34 56783.9 $12,492.4 19.82 55335.60 $12,173.83 $318.62 1,448.26 0.52 $117.00 10.04Jumping Brook Pump Station Pump 1 Jumping Brook Pump Station 50 93 $3,386.0 95.00 283.00 3669.00 283.00 $5,274 $5,274.2 4380 40.11 175671.0 $29,864.1 39.26 171972.63 $29,235.35 $628.72 3,698.34 0.84 $198.00 8.07Jumping Brook Pump Station Pump 2 Jumping Brook Pump Station 50 93 $3,386.0 95.00 283.00 3669.00 283.00 $5,274 $5,274.2 4380 40.11 175671.0 $29,864.1 39.26 171972.63 $29,235.35 $628.72 3,698.34 0.84 $198.00 8.07Wardell Road Pump Station Pump 1 Wardell Road Pump Station 10 89.5 $1,293.0 93.00 114.00 1407.00 114.00 $2,023 $2,022.6 4380 8.34 36508.2 $7,301.6 8.02 35134.19 $7,026.84 $274.79 1,373.96 0.31 $90.00 7.03Wardell Road Pump Station Pump 2 Wardell Road Pump Station 10 89.5 $1,293.0 93.00 114.00 1407.00 114.00 $2,023 $2,022.6 4380 8.34 36508.2 $7,301.6 8.02 35134.19 $7,026.84 $274.79 1,373.96 0.31 $90.00 7.03

Note:1. Markup amount includes 15% overhead & profit, and 25% contigency, see Appendix G for a complete breakdown.2. Refer to Section 4 for motor upgrade information.

Aggregate Cost ($/kWh)Woodland Manor Pump Station $0.19

Riveredge Pump Station $0.21Squankum Road Pump Station $0.22Jumping Brook Pump Station $0.17Wardell Road Pump Station $0.20

Material & Labor $25,003.9Total Incentives $1,026.0Savings $3,082.3Payback 7.8Energy Savings (KW) 3.8Energy Savings (kWh) 16129.8

CostBase

Materials Cost

Base Labor Cost

Materials - Incentive

Energy Savings (kWh)

Energy Savings (KW)

Woodland Manor Pump Station $1,888.9 $1,314.0 $200.0 $1,780.9 1,037.3 0.2Riveredge Pump Station $1,888.9 $1,314.0 $200.0 $1,780.9 1,037.3 0.2Squankum Road Pump Station $6,632.6 $4,614.0 $364.0 $6,398.6 3,910.6 1.0Jumping Brook Pump Station $10,548.4 $7,338.0 $566.0 $10,152.4 7,396.7 1.7Wardell Road Pump Station $4,045.1 $2,814.0 $228.0 $3,865.1 2,747.9 0.6Total $25,003.9 $17,394.0 $1,558.0 $23,977.9 16,129.8 3.8

Motor Calculations

Standard Efficiency VFD Premium Efficiency

For All Motors Represented

Appendix L

Public Works Building HVAC Equipment Service Lives

Description [tag]

Unit Location Service Location Manufacturer Model

Estimated Efficiency

Estimated Age (Years)

ASHRAE Expected Life (Years)

Exhaust Fan Locker Room NA NA 9 25

Air Cooled Condensing Unit

Outside Main Office Carrier 38CKC042‐‐‐341 10 SEER 9 15

Air Cooled Condensing Unit Outside Break Room Carrier 38CKC036‐‐‐351 10 SEER 9 15


Outside Break Room Carrier 38CKC042‐‐‐341 10 SEER 9 15


Outside Parts Room Carrier 38CKC036‐‐‐351 10 SEER 9 15


Outside Carrier 38CKC048‐‐‐361 10 SEER 9 15

Air Cooled Condensing Unit Outside Carrier 38CKC036‐‐‐351 10 SEER 9 15

Gas Fired Unit Heater (x2) Garage Garage Reznor SGV 80% 9 13

Make‐Up Air Unit Garage Garage Reznor NA 9 18

Exhaust Fan Garage Garage NA ½ HP 9 25

Exhaust Fan Garage Garage NA NA 9 25

Gas Fired Unit Heater Storage Storage Reznor SGV 80% 9 13

Gas Fired Unit Heater Fabrication Fabrication Reznor SGV 80% 9 13

Exhaust Fan Storage Storage NA NA 9 25

Exhaust Fan NA NA 9 25

Gas Fired Unit Heater Reznor SGV 80% 9 13

Make‐Up Air Unit (x3)

Maintenance Garage Bay

Garage Reznor NA 9 18

Exhaust Fan Parts Room Parts Room NA NA 9 25

Public Works Building Domestic Water Heaters

Location Make Storage Capacity (Gallons) Model Number Type

Heating Capacity

Observed Condition

Boiler Room Lochinvar 100 RWN270PM Gas 270,000 BTU/hr Good

Tinton Avenue Pump Station HVAC Equipment Service Lives

Description [tag]





Electric Unit Heater Inside Inside Dayton 2E640B 100% 13

Exhaust Fan Pump Station Pump Station Penn Ventilator REX12Q 20

Exhaust Fan NA NA 20

Leland Pump Station HVAC Equipment Service Lives

Description [tag]





Electric Unit Heater Inside Inside NA NA 100% 13

Exhaust Fan Pump Station

Pump Station NA NA 20

Tinton Green Estates Pump Station HVAC Equipment Service Lives

Description [tag]





Electric Unit Heater

Inside Inside Berko HUH524TH 100% 13


Pump Station Dayton 2C710B 15

Hance Avenue Pump Station HVAC Equipment Service Lives

Description [tag]





Electric Unit Heater

Inside Inside QMark MUH0541 100% 13

Baseboard heater Inside Inside Sentinel AB7260511 100% 13


Pump Station NA NA 20

Shrewsbury Avenue Pump Station HVAC Equipment Service Lives

Description [tag]





Electric Unit Heater Inside Inside QMark MUH003‐81 100% 13

Baseboard heater

Inside Inside Sentinel AB7260511 100% 13

Exhaust Fan Pump Station Pump Station NA NA 20

Sam Drive Pump Station HVAC Equipment Service Lives

Description [tag]





Electric Unit Heater Inside Inside Dayton 3UG73 100% 13

Exhaust Fan Pump Station Pump Station Penn Ventilator P12RA 15

Nutmeg Court Pump Station HVAC Equipment Service Lives

Description [tag]





Supply Fan Pump Station Pump Station New York

Blower A04699 100 6 25

Jumping Brook Pump Station HVAC Equipment Service Lives

Description [tag]





Baseboard heater Inside Inside Sentinel NUHA07D24 100% 13

Exhaust Fan Pump Station Pump Station Penn Ventilator WXQ94 25

Exhaust Fan Corrosive Room Corrosive Room NA NA 15

Library HVAC Equipment Service Lives

Description [tag]





Window AC unit Stacks Stacks Frigidaire FAC085M7A1 10.8 EER 9 10

Window AC unit Stacks Stacks Frigidaire FAC105PPAC 10.8 EER 6 10

Boiler Basement Building Weil Mclain Ultra 230 92% 1 24

Exhaust Fan Basement Basement NA NA 15

Window AC unit (x2) Library Library Climatrol NA >10 10

Window AC unit (x2)

Library Library Frigidaire NA 10

Packaged Heat Pump Trailer Trailer Bard NA 15

Tinton EMS HVAC Equipment Service Lives

Description [tag]





Air Handling Unit (x2)

Ceiling Meeting Sterling QVES‐100 80% 13 18

Air Handling Unit Ceiling Meeting York MC35B3XH1 80% 13 18

Gas Fired Unit Heater

Garage Garage Sterling NA 80% 13

Air Cooled Condensing Unit Outside Air Handling Unit York YC090C00A2AAA2A 11 EER 15


Outside Air Handling Unit York YCJF30S4 S1A ~14.5 SEER 15

Air Cooled Condensing Unit Outside Air Handling Unit York YCJF60S41S1A ~14.5 SEER 15

Tinton EMS Domestic Water Heaters


Heating Capacity

Observed Condition

Garage Attic Rheem 40 42VP40FW Gas 40,000 BTU/hr Good

Tinton Falls Borough Hall HVAC Equipment Service Lives

Description [tag] Unit Location Service Location Manufacturer Model




Air Handling Unit [AHU‐9] Boiler Room

Community Room, Break Room

Enviro‐tec AHU051215‐03 6 20

Boiler (x2) Boiler Room Building Fulton PH‐1400 92% 24

Air Handling Unit [AHU‐8] Boiler Room

Court Office, Prosecutors Conference Room


Air Handling Unit [AHU‐7] Basement

EMS and IT Office, Janitor Closet, Print Shop, Bathrooms

Enviro‐tec AHU051215‐03A 6 20


Right Side Court Room Enviro‐tec AHU051215‐03 6 20

Air Handling Unit [AHU‐5] Basement Left Side Court

Room Enviro‐tec AHU051215‐03 6 20


Armory, Computer Security and Janitor Room, Hallway


Air Handling Unit [AHU‐10]

Break Room Closet

Central Service, Finance, Recreation, Court Clerk’s Office



Print Shop Closet

Tax Assessors, Building Dep’t, Sewer Tax


Air Handling Unit [AHU‐12] Utility Room

Recreation Supplies, Conference Room


Air Handling Unit NA Vault Liebert NA 20

Air Handling Unit

NA Computer Liebert NA 20


Basement Hall Closet

Watch Command, Cell Area, Records



Gym Closet

Detectives, Roll Call/Class Room, Kitchen, 1st Floor Bathrooms



Gym Closet Gym Men’s and Women’s Locker Room




2nd Floor Lieutenants Office Crawl Space

All 2nd Floor Police Dep’t Enviro‐tec AHU051215‐03 6 20


2nd Floor Administration Attic

Admin 2nd Floor Bathrooms, Mayors Admin and Personnel Office



Boro Clerk’s Closet Attic Space

Boro. Clerk’s Office, Planning Board Conference Room

NA NA 6 20

Air Cooled Condensing Unit [#15]

Outside Air Handling Unit York HA120C00A4AAA1 15


Outside Air Handling Unit Carrier 38AK3014 15


Outside Air Handling Unit York HSCE090A46A 15


Outside Gym York H5CE090A46A 15


Outside Training Room York H2RE048S061 15


Outside 2nd Floor Police York HA120C00A4AAA1A 15


Outside Watch Cell Carrier 38AKS014‐‐‐621 15


Outside Hallway York H5CE090A46A 15


Outside Courtroom York HA120C00A4AAA1A 15


Outside Courtroom York HA120C00A4AAA1A 15


Outside Armory Liebert NA 15


Outside EMS Carrier 38ARZ007‐‐‐501CA 15


Outside Court York HA120C00A4AAA1A 15


Outside Break Room Carrier 38AKS014‐‐‐621 15



Outside Mayor Conference Room

York HA120C00A4AAA1A 15


Outside Court Clerk, Purchasing & Tax Carrier 38AKS014‐‐‐621 15

Public Works Building Domestic Water Heaters


Heating Capacity

Observed Condition

Boiler Room Lochinvar 200 EM250 PW Gas 250,000 BTU/hr Good

Documents

Final Energy Audit Report - Amazon S3Falls+Final+En… · 2.4 EMS South ... 4‐8 4.2.3 Public Works Building ..... 4‐10 4.2.4 EMS South ... Specifically, the use of solar electric