Convergence of Green and Intelligent Buildings of Green and Intelligent Buildings ... LEED, GRIHA Policies to ... connected to the building vs to the grid

Convergence of Green and Intelligent Buildings

Philippe DelormeExecutive Vice President, Schneider Electric

Indian Green Building CongressOctober 20, 2011- New Delhi, India

Schneider Electric 2- IGBC

Energy Efficiencyand the Energy challenge


The Energy challenge is the cornerstoneof our business strategy

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


The Energy challenge in India- Energy demand

Source: McKinsey analysis

Total Floor Space (Billion m 2)Includes Commercial and Residential

8

41

Vehicle Fleet (Millions)Includes 2 and 3 wheelers,Passenger Vehicles, Buses and Trucks

51

377

Total Power Demand (Terawatt hours)Includes both Utilities and Captive

700

3870

Cement Demand (Million tonnes)

127

860

X 5 X 7

X 5 X 7


29,381

6,550; 22%

5,595; 19%

1,593; 5.4%

1,427; 4.9%

1,151; 3.9%

1,068; 3.6%

889; 3%

804; 2.7%

368; 1.3%

147; 0.5%

0 5,000 10,000 15,000 20,000 25,000 30,000 35,000

UAE

France

Germany

Africa

Latin America

Japan

India

Russian federation

USA

China

World

Source: CO2 Emissions from Fuel Combustion IEA (201 0) Million Tonnes of CO2

India could become the SECOND largest

emitter of GHG emissions in the

world at a per capita emission of 5 tonnes

of CO2

The Energy challenge in India- Carbon emissions


Energy efficiency is 50% of the answer

Source: World Energy Outlook, OECD / IEA

World energy-related CO 2 emissions abatement


Energy Efficiencysaves energy,

money and Carbon emissions,with a quick payback,

across all industries and installations.

Energy Efficiencyis the cheapest, fastest, cleanest

and most effective wayfor governments, companies & citizens

to address their Energy issues.

Energy efficiency is a no-brainer:the best Watt is the negawatt!


Energy Efficiency is an even bigger No-Brainer in India

Coal100 units 33 units 24 units

1 unit saved at end user

4.2 units saved at the power plant

Power plantefficiency: 33%

T&D loss: 27%

Source: Central Electricity Authority (2009)T & D Losses also include electricity losses unaccounted for


Our unique approach to Energy Efficiency


Schneider Electric: the global specialist in energy management

billion € sales in 2010

% of sales in new economies

people in 100+ countries

of sales devoted to R&D Residential 9%

Utilities & Infrastructure 20%

Industrial & machines 24%

Data centres 17%

Non-residential buildings 30%

Balanced geographies – FY 2010 salesYear-end 2010 employees

Diversified end markets – FY 2010 sales1

North America

24% Asia Pacific

24%Rest of World18%

WesternEurope

34%

1 Proforma with Areva D integrated on 12-month basis

26,000

41,700

31,900

19,200

90% of group sales as world #1 or 2 player


Schneider Electric in India

15,000PeopleAssets

31FactoriesFootprint

Innovation

1,000R&D Staff

2,000Channel partners

Collaboration

6 Acquisitions in past 24 months

+

External growth

25,000Point of sales


Our approach to Energy Efficiencyis simple and actionable

It combines:

●An efficient and proven recipe,

●competitive, available, easy-to-implement solutionsintegrated at building or enterprise-level

●supported by a network of expertise.


Our recipe: Energy Efficiency is like a diet

1. Audit & Measure

Active Energy EfficiencyPassive Energy Efficiency

Optimise through automation &

regulation

Monitor, maintain, improve

Fix the basics

You can only manage what you know.The only way to know is to measure.

2. Switch to energy efficient materials and

equipment.

3. Only use what you need, when you need it.

4. Use monitoring and maintenance services to continuously improve performance and control

your savings


Integrated architectures drive efficiency

•EcoStruxure provides 24/7 control & supervision•It helps to

� manage process continuity on one site� optimise efficiency across multiple sites� create Sustainability reports at enterprise level

Up to 30% savings on Capex

and Opex


Network of expertise

●Sharing knowledge: Energy University (external)

� www.myenergyuniversity.com

●Alliances and Partners: BEE and Bureau of Indian Standard

●Reaching out: Academia

●Building Skills

� Energy Management Course and Electrician Training Programs


Making buildings intelligent =

energy-efficient +

green


Building Sector in India

●a fast-growing sector� 60-70% of buildings in 2030 yet to be built

●an energy-guzzling sector� Electricity growth at 13% per year in the commercial sector over last five years� Large proliferation of DG-powered or DG-backup

●a partially regulated, multi-labelled sector� Many certification programs to choose from � but gap between registrations (1280 buildings) and certifications (200 buildings!)

●a diverse sector� public and private buildings� offices, hospitals, hotels and shopping malls – all have different needs

● … and a largely non-energy efficient sector.� Except for pockets of excellence (e.g. green buildings)� Typical new construction have poor Energy Performance Index (kWh/m2/year)


Key attributes of a Performance Indicator

Easy-to-understand

VisibleMeasureable

KWh/m2/yris what we need to look at


Needed: a Smart Building Vision …

Time

Past

Future

Focus on environmental impact of construction (green design)

Focus on operational performanceover time (efficient buildings)

Today

Focus on green buildings: renewable energy, micro grids, electric vehicles and eco-districts (smart buildings)


…with a roadmap to achieve it …

●Building certification/labeling schemes�LEED, GRIHA

●Policies to promote energy efficiency in existing buildings�ESCO and Star Labelling

●Help develop energy management capability� ISO 50001


… and a Web-based Benchmarking Tool(www.eetools.in)


Key Stakeholders and Impact of Performance Indicator

Technology and Service Providers (Benchmarking, Audits,

Retrofits)

Government Policy and Regulation

(Design Standards andBuilding Labeling)

Building Designers (Design Brief Based on Performance, Energy

Simulation)

Influence Customer Behavior

Academia / Educators

(Curriculum to Reflect New Design

Standards / Requirements)


We Walk the Talk:Schneider Electric’s headquarters

÷4Final energy consumption vs. previous sites in the area

80 kwh/m²/ anFinal energy consumptionROI in 5 to 7 years

CertifiedISO14001HQE ExploitationNF EN16001ISO 50001: first certifiedbuilding in the world!

A smart building● Equiped with Schneider Electric solutions● Electric Vehicles charging station with PV

solar panel roof,● connected to the building vs to the grid


From smart buildingsto the smart gridand to smart cities…


Industry

Buildings

Data Centres

Infrastructure

Residential

Electric Vehicles

Efficient homes

Efficient buildings

SmarterDemand

Smart Generation

FlexibleDistribution

SmarterSupply

theSmart Grid

Demand Response

DemandResponse

Smart buildings will help makethe Smart Grid happen


Smart GridManaging the growing demand in electricity while improving customer service

Smart WaterManaging water hazards and growing water demand

Smart MobilityFacilitating resident mobility through better information & interoperability

Smart Buildings & HomesOptimizing resource consumption & comfort for buildings & homes

Smart Public ServicesEfficiently managing public safety, healthcare, and govt. administration

City Challenges SmartCity Solutions

Smart Cities

5 domains of expertise

Integrated for performance

In a collaborative model

Smart buildings play a key role intomorrow’s Smart Cities


In conclusion

●Energy Efficiency is must and a no brainer

●Solutions do exist today in buildings and Industry

●It is time to act, Now and Together


Make the most of your energy™

Documents

Convergence of Green and Intelligent Buildings of Green and Intelligent Buildings ... LEED, GRIHA Policies to ... connected to the building vs to the grid