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Paving the Path to High Performance Green Buildings and Smart Cities
VP High Performance Green Buildings SolutionsMelissa O’[email protected]://www.linkedin.com/in/melissaomara Twitter: melissaomara, Schneider_Green
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The Energy challenge
vsEnergy demandBy 2050Electricity by 2030
CO2 emissions to
avoid dramatic climate changes by 2050
The facts The need
Source: IEA 2007 vs. 1990 level
we want to help address this challenge
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The Energy Challenge and the Cities
●Cities today are of the earth surface
●Cities will grow from 50% to of world population by 2050
●Cities are of global CO2 emissions
● of city growth will be in new economies
the battle will be won, or lost, in the cities
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We must enable high performance green buildings & smart cities for our future
Time
Past
Future
Focus on environmental impact of construction (green design)
smart and green come together to deliver “bright green” buildings
Focus on efficiency and operational performance over time (LEED EB:O&M)
Use of BIM and IPDUse renewable energy
Net Zero Energy & Positive Energy buildings
Today
Carbon Neutral buildings, micro grids, eco-cities
Connect to Electrical Vehicles
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What do we mean by Net-Zero?
● “A Net Zero Energy Building (NZEB) is a building with greatly reduced operational energy needs. In such a building, sufficient efficiency gains will have been made such that the remaining portion of the building’s energy needs could be offset by renewable technologies. An NZEB should have no adverse energy or environmental impacts associated with its operation. In other words, an NZEB should be highly energy efficient and capable of producing at least as much energy over the course of a year as it draws from the utility grid.”
Paul Torcellini, PhD, PE, and Shanti Pless, LEED AP,
●Across all NZEB definitions and classifications, one design rule remains constant: reduce energy demand to the lowest possible level first, then address energy supply.
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TNT Centre • Hoofddorp, The NetherlandsOne of Europe’s most sustainable buildings
● LEED Platinum Certified●GreenCalc+ 1006●Positive energy●Carbon neutral
● 100% renewable energy● 10% reduced total cost of ownership● 1.5% increase in workforce productivity
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Green Office® Meudon • FranceThe largest positive energy building in the world
●Energy production: 62 kWh/m2/yr ●Energy consumption: 39 kWh/m2/yr● 10 years ahead of regulations●Collaboration between developer, property
manager, occupant, & Schneider Electric
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Earth Rangers Centre • Ontario, CanadaA demonstration site for new and emerging sustainability technologies
● LEED Gold for New Construction● LEED Platinum for Existing Buildings●Greenest Building in Canada●StruxureWare Energy Operation for real-time
energy management● 83% more efficient than national energy code
(MNECB)●Schneider Electric Foundation investment
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Horizon • Carros, FranceNet zero energy R&D and manufacturing facility
● 40 kWh/m2/year ● Low Energy Certified
(Effinergie BBC)●HPE QA Certified●Grand Prix SIMI 2011 Winner
● 100% renewable energy●Optimized space utilization●Promotes synergies between R&D
and production● Improved occupant well being
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Schneider Electric’s headquarters
÷4Final energy consumption vs. previous sites in the area
78 kwh/m²/yrFinal energy consumptionROI in 5 to 7 years
CertifiedISO14001HQE ExploitationNF EN16001ISO 50001: first certified building in the world!
A Green building● Equipped with Schneider Electric solutions● Electric Vehicles charging station with PV
solar panel roof,● Smart grid-ready
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inclusionequity
Ethics & responsibility
Tackling the stakes of today and tomorrow to support Schneider Electric’s responsible growth
Carbon
ResourcesGlobalisation
poverty
New economies
Access to energy
Environmentprotection
People well being
Green business
Energy efficiency
Renewables
Electric Vehicles
Demand response
Social commitment
Responsible company Measured commitment
Objective 2011: 8/10January 2009 start: 3/10
•Communicate quarterly•Audited annually•Revised with each company programme
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Schneider Electric – the global specialist in energy management
billion € sales (last twelve months)
of sales in new economies(last twelve months)
people in 100+ countries
of sales devoted to R&DResidential 9%
Utilities & Infrastructure 24%
Industrial & machines 22%
Data centres 16%
Non-residential buildings 29%
Balanced geographies – FY 2011sales
Diversified end markets – FY 2011 sales
North America23% Asia
Pacific27%Rest of
World18%
WesternEurope32%
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With people at the heart of our strategy
Collaboration • Public-private partnerships• Cross-business alliances• Competitiveness projects
Skills• Renew competencies• Build new educational programmes• Develop maintenance, audits, etc.
Individual behaviours driven by…• Technology that makes things visible• Regulations• Incentives
Respect andpassion fordiversity • Loving difference• Diversity for
innovation
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9,000 R&D
engineers
70 sites in 22 countries
Within an innovation eco-systemfor a simpler and greener future
Environmentally friendly
Energy efficient
Open and connected
Available 24/7, on site and remote
So we can be…We start today…
Partnering with 50+ best-in-class public andprivate organisations
Leading globalprojects for Intelligentbuildings, renewables,nanotechnologies
BoostingstandardisationZigbee, IEC, NEMA
HomesMinalogic
Smart Electricity
Funding start-upsSchneider ElectricVenture capital fund
Demand response, software
breakthrough
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Promote energy awareness internally
1 site certified ISO 50001
20M€ of energy savings achieved
New buildings to consume less than 50KWh/m2/year*
Promote internal energy awareness training
20 sites certified ISO 50001
Additional 10% energy savings globally
Schneider Electric
Worldwide Sites
* Without process, DC, labs and in temperate climate area
The past 3 years … and tomorrow
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An operational target in KBTU/ft2/yr (or KWH/m2/yr) drives life cycle focus
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LEED certification today has not consistently delivered operational performance
Proposed Savings %
Mea
sure
d Lo
sses
| M
easu
red
Sav
ings
These buildings use
more energy than the code baseline!
Saving more
than expected
Saving less
than expected
Certified
Silver
Gold-Platinum
Source: New Buildings Institute report, Energy Performance of LEED® for New Construction Buildings, March 4, 2008
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You can’t manage performance if you don’t measure (actual) usage (and compare to stds and design goals)
Measured evaluation is based on real life and takes into account implementation shortcomings such as
•Incorrect settings•actual operation of the building•actual behaviour and number of occupants•Indicators are evaluated by measurements or by calculations based on measurements
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Energy Benchmarks Are Widely Available and lack common metric
Products
Buildings Systems
Components
STAR RATING FORBUILDINGS
Energy Performance
Index:Category of Building
:
Type
:
Climatic Zone
:
Connected Load
:
Build up Area
:
Name of the Building
:
kWh/ sq m/ year
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Certification processes and designs in EU countries lack common metric
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…or common agreed calculation: the EU today uses kWh/m2/year, but not as we would define it
It looks so simple , however : It looks so simple , however :
• Only 5 uses = HVAC + Light + Hot Water
• Not the actual consumption but only estimated values on conventional use
•In Primary Equivalent Energy : who knows ?
Adequate for awareness and Insulation and other passive EE measures , but is it really driving operational efficiency and improvement ?
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Sounds like a problem… or an opportunity….
For standards!
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Horizon • Carros, FranceNet zero energy R&D and manufacturing facility
● 40 kWh/m2/year ● Low Energy Certified
(Effinergie BBC)●HPE QA Certified●Grand Prix SIMI 2011 Winner
● 100% renewable energy●Optimized space utilization●Promotes synergies between R&D
and production● Improved occupant well being
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How do we pave the path to high performance buildings?
a
people
process
technology
●partnering
●innovating
●accelerating the adoption curve from FOAK to voluntary to standard (BAU)
●leading the transformation to a sustainable future
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Our challenge: Let’s help pave the path.
How do we do leverage standards to do that?
What needs to be different?
If not us, then who?
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Our challenge: Let’s help pave the path.
Working together, let’s use High Performance Green Buildings as a catalyst to go from create better mainstream practices, reinforced by higher standards.
27Schneider Electric | Buildings Business | Corporate Presentation Summary | June 2011
Make the most of your energy
SM
