alliance's brian castelli at expo incytam 2008 in mexico city
DESCRIPTION
Executive VP of Programs and Development Brian Castelli traveled to Mexico City to present at EXPO INCYTAM 2008, where he offered energy efficiency solutions for Latin American cities burdened by the effects of pollution and global climate change.TRANSCRIPT
Why Energy Efficiency Matters
Brian T. CastelliExecutive Vice President Programs & Development
INCYTAM 2008Mexico City, DF
November 19, 2008
What is the Alliance to Save Energy?
Mission: To promote energy efficiency worldwide to achieve a healthier economy, a cleaner environment, and greater energy security
Co-Chaired by Senator Mark Pryor (D-AR) and James Rogers (CEO, Duke Energy)
Guided by a 37-Member, Elected Board of Directors
- 9 Members of Congress – Bi-Cameral; Bi-Partisan
- Environmental, consumer, and trade associations heads, state and local policy makers, corporate executives
Forging Alliances: Business, Govt. & Public Interests
Sponsorship and participation of more than 150 organizations Involvement by businesses in all economic sectors Initiatives underway in research, policy advocacy, education, technology
deployment, and communications
What is the Alliance to Save Energy? Mission: To promote energy efficiency worldwide to achieve a healthier economy, a cleaner environment, and greater energy security.
The Alliance is… –Thirty years in the making
–Fuel neutral
–Staffed by 50+ professionals
–Active in policy, research, education, communications, technology deployment and market transformation
–Headquartered in Washington, D.C. with operations in Eastern Europe, South Africa, Mexico, India and several states in the U.S.
Alliance Outside the US: an Overview
All REGIONS of the World: Asia Latin American Africa Eastern Europe
TOPICS: Survey of Efficient Transportation for APEC Watergy: EE in water supply & wastewater treatment EE Financing through Performance Contracting Municipal EE Improving EE in Private Enterprises Strengthening the EE Industry
MUNICIPAL EE Internationally
Watergy • Efficiency in bulk supply and end use • Our largest municipal program
Building EE - building local capacity in… • energy codes • energy audits • monitoring techniques
Street Lighting • Simple & cost-effective
Transportation • Survey of effective approaches for APEC • Includes succinct summaries of ~50 examples
Connecting to the Private Sector Around the World
Financing through Performance Contracting
Strengthening Local EE Industries
• Create local EE Associations • Strengthen ESCOs
Improving EE in Private Enterprises, e.g…. Hotels Hospitals Manufacturing
U.S. Energy Situation: Energy Use Continues to Rise
Growing Gap between Energy Supply and Demand
Climate Change !
As an energy resource, efficiency is: CHEAPER
- Each $1 invested in Energy Star program = $75 in energy cost savings and $15 of investment in new efficiency technologies
QUICKER- In 2001, California cut peak electricity use by 10% in less
than a year
CLEANER- “Negawatts” produce NO ENVIRONMENTAL FOOTPRINT
MORE SECURE- A “homegrown” resource!
Why Energy Efficiency?
Past Successes – But Much More is Needed
0
25
50
75
100
125
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175
200
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05
Qu
ad
s
$ 1.7 Trillion
$ 1.0 Trillion
New Physical Supply = 25 Q
Avoided Supply = 70 Quads in 2005
If E/GDP had dropped 0.4% per year
Actual (E/GDP drops 2.1% per year)
Source: Art Rosenfeld, CEC
Energy Efficiency is Already Our FIRST Energy Resource
Energy Efficiency: America's Greatest Energy Resource
0 5 10 15 20 25 30 35 40 45 50
Geothermal, Solar and Wind
Conventional Hydroelectric
Wood, Waste, Alcohol
Nuclear Power
Natural Gas
Coal
Petroleum
Energy Efficiency and Conservation
Quads
Energy Savings
Domestic Production
Net Imports
Alliance to Save Energy, 2007 (2006 data)
Huge EE Potential Remains
40% Energy Efficiency
Adapted from McKinsey Analysis
Globally, EE is One Possible Means to Contain Demand
And the U.S. Can Clearly Do Better!
-
2,000
4,000
6,000
8,000
10,000
12,000
14,000
1960 1965 1970 1975 1980 1985 1990 1995 2000
KW
h
US CA Western Europe
Per Capita Electricity Consumption
The Challenge?Overcoming Market Barriers
Principal Agent or “Split Incentives”- Home builder versus buyer- Utility versus customer
Transaction Costs- Lack of information on life-cycle cost for products
and/or paybacks for upgrades Lack of Investment in RD&D and EE
Programs Public Policies Essential Investment in EE Programs Essential
Policy Drivers: A “Perfect Storm”
Rising Gasoline Prices- (and electricity, natural gas!)
Global Climate change- GHG emissions increasing faster than
projected Energy Security
- World markets for oil and gas- Electricity generating capacity & grid reliability
Energy Efficiency: Tools for Success
Research and Development – Create new technology
- RD&D Partnerships with Industry Incentives & voluntary programs – Create buyer demand
- Tax incentives, rebates, loan guarantees, etc.
- Utility programs (DSM, Demand Response) Public Education – Build market share
- Consumer education and awareness campaigns
- Labeling (ENERGY STAR, LEED, GreenGlobes, etc.) Standards – Set a floor & trigger innovation
- Buildings, equipment, vehicles
- Utility Energy Efficiency Resource Standards (EERS) Public sector leadership – Reduce market risk
Comparing the 2005 and 2007 Energy Legislation Energy Policy Act of 2005 will by 2020:
- Reduce U.S. energy use by 2%- Reduce electricity demand by 4%- Reduce CO2 by 3%- Reduce oil use by 0%Includes All Five Policy Tools
Energy Independence and Security Act of 2007 will by 2030- Reduce U.S. energy use by 7% - Reduce electricity demand by 5% - Reduce CO2 by 9%- Reduce oil use by 10%Missing: Incentives
Light Bulb Standards U.S. set performance standards for general service light bulbs,
starting in 2012-2014 25-30% savings: will phase out traditional incandescent bulbs Second standard in 2020 must achieve roughly 65% savings If fully implemented, these light bulb standards
could save consumers– $18 billion annually on their electricity bills– Avoid 158 million tons of CO2 and 5700 lbs. of airborne
mercury emissions– Reduce the need for 30 baseload power plants
Appliance Standards Are Among the Most Effective EE Policies
Total savings from existing standards in 2000:- 2.5% of U.S. electricity use- 21,000 MW of peak power demand- $50 billion in net consumer savings
Total savings from existing standards by 2020:- 7.8% of projected U.S. electricity use- 120,000 MW of peak power demand- $186 billion in net consumer savings
Track Record of Appliance Efficiency Standards
Today’s new refrigerators use 75% less energy than in 1973
From 1972 to 2003:- Energy Use down
74 %
- Capacity up 29%
- Price down 64 %
Source: Graphic -- Collaborative Labeling and Appliance Standards Program
Statistics – Art Rosenfeld (CEC) and David Goldstein (NRDC)
Energy Star Labeling Program Joint program: EPA and
DOE Label energy efficient
products:- Appliances- Lighting products- Furnaces and Air-
Conditioners- Computers and
electronics Energy Star Homes Commercial Building Label
Building Energy Efficiency Codes
Minimum requirements for residential and commercial building energy efficiency design
Energy codes primarily regulate:- Wall and roof insulation (R-value)- Windows, doors and skylights (U-factor, SHGC)- HVAC equipment installed in new buildings- Control systems (SEER, EER, COP, etc.)
Model energy codes developed by national organizations- International Energy Conservation Code by ICC (residential)- ASHRAE Standard 90.1 (commercial)
Codes adopted and enforced by state and local governments
Codes: Helping to Cut Global Energy Demand Growth
Source: McKinsey Global Institute
Better Building Codes are part of the solution to cutting global energy demand growth from 2.2% to 0.7%
Dynamic Building Codes for Residential Homes Federal Legislation to Drive 30% Improvement in
Residential and Commercial EE Codes by 2010; 50% by 2020
“30% Solution Campaign” to Insure 30% Improvement in 2009 IECC Residential Building Code
New Federal Regulations Requiring New Federal Facilities to Demonstrate 30% EE Improvement
Efforts Supported by: the Alliance to Save Energy and U.S. DOE, Utilities, Businesses, NGOs
Realizing the Potential: Energy Efficient Codes Coalition (EECC)
Public Sector Leadership: Federal Buildings Example
A credible energy/climate policy requires government to do more (sooner) than it asks of private businesses
and the public!
FISCAL YEAR
10% Goal - 1995 (NECPA)
20% Goal - 2000 (EPACT)
30% Goal - 2005
Actual Energy Use
35% Goal - 2010
Actual site energy use
1985 1990 1995 2000 2005 2010
110
100
90
120
130
140
Sit
e E
ner
gy,
100
0 B
tu/s
q.f
t.
29.6% Reduction,
2005
Utility Energy Efficiency Programs Help customers save electricity or natural
gas Many kinds of programs
- Consumer education
- Technical training
- Energy audits
- Appliance rebates
- Financing
Why Should Utilities Fund Energy Efficiency?
Cheaper, quicker, and cleaner than conventional new energy supply
Demand-Side Management (DSM) avoided 24 GW of peak load in 2004—about 80 power plants
Reported costs of about 2-4 cents/kWh Can be targeted and closely managed Can be added in small or large increments
States Lead the way in Energy Efficiency
Energy Efficiency Resource (Performance) Standards- States establish energy efficiency as a resource through
energy savings targets (TX, IL, CA, CT, HI, NJ, PA) Priority Loading Orders
- For California and the Pacific Northwest, efficiency is the first priority (lowest cost) energy resource
- Next: Renewables, CHP, conventional fuels “Decoupling” Utility Revenues/Profits from Sales Regional greenhouse gas initiatives (NE, W Coast) State Tax Incentives Next: Rail/Transit Infrastructure & “Smart Growth”
Why Do More? Answering the Climate Challenge
In Summary: Need a Balanced Approach to Energy Efficiency
Building Energy Codes & Appliance Standards- New construction and renovation- Appliances & equipment efficiency standards
Voluntary market transformation (Energy Star)- Appliance labeling- Building performance rating/disclosure- Incentives- Public sector leadership
Targeted portfolio of utility DSM RD&D Partnerships
Watergy on the Border
Alliance Watergy program now spans entire Alliance Watergy program now spans entire border:border: •• Baja CaliforniaBaja California (Tijuana) (Tijuana)
•• SonoraSonora (Guyamas) (Guyamas) [still in discussion stage] [still in discussion stage]
•• ChihuahuaChihuahua (Hidalgo de Parral) (Hidalgo de Parral)
•• CoahuilaCoahuila (Monclova-Frontera) (Monclova-Frontera)
•• Nuevo LeonNuevo Leon (Monterrey)(Monterrey)
•• Tamaulipas Tamaulipas (Matamoros, Tampico)(Matamoros, Tampico)
WHAT IS WATERGY? A Quick
SnapshotWatergy makes the best use of two valuable, Watergy makes the best use of two valuable, limited resources: water & energylimited resources: water & energy
WHY IS THIS IMPORTANT?WHY IS THIS IMPORTANT? Every liter of water that passes through a system has a Every liter of water that passes through a system has a significant significant energy costenergy cost..
Water sector efficiency leaves more funds for crucial and Water sector efficiency leaves more funds for crucial and often often underfundedunderfunded public servicespublic services..
In Mexico, the water supplied that is In Mexico, the water supplied that is lostlost:: 1/31/3
AND IT’S COST EFFECTIVE…AND IT’S COST EFFECTIVE… Rapid Rapid PaybackPayback:: generally from a few months to 3 yearsgenerally from a few months to 3 years
Huge Huge SavingsSavings: : at least 20% in energy costs; much higher at least 20% in energy costs; much higher possiblepossible
Makes the most of existing Makes the most of existing infrastructureinfrastructure; reduces the ; reduces the need for newneed for new
The Most Cost-Effective Interventions
Pumps
Leak Management
Automated Controls
Metering & Monitoring
COMMON BARRIERSCOMMON BARRIERS to Energy & Water Efficiencyto Energy & Water Efficiency
1. Lack of Awareness Especially true applying energy efficiency to water sector
2. Aversion to Risk Fear of change. Must convey that benefits outweigh any risks.
3. Change May Imply a Problem with the Status Quo Suggestions for change may imply criticism of performance, ability.
4. Subsidies Water should be priced to recover costs. Can be politically sensitive.
5. Financing Efficiency “Performance” (savings)-based financing in cases where capital outlays required.
A Look at Two Projects
TIJUANA (Baja California)
SUCCESS: Needs of Rapidly Growing City Met with Same Amount of Water
ISSUESRapid population growth: >20,000 households per year (~80,000 people)Water moved at great cost from Colorado River over mountains
APPROACH Automation Peak demand management Shifted sources so much less coming over mountains
Tijuana, continued
RESULTS 4.1 million kWh saved per year
>$400,000 saved per year
Water losses one of lowest in Mexico (19%)
Water provided to 46,000 new households with only slightly higher water production
Need for large investment into an aqueduct deferred for 6 years
MONCLOVA (Coahuila)
SUCCESS: Once Sporadic Service Now 24/7
ISSUES 48% losses from system
Water provided only 6 hours every 3 days
APPROACH
Leak detection
Variable speed drives
Electromechanical efficiency improvements
Managerial & operational improvements
Monclova, continued
RESULTS 20% reduction in water losses
Service now 24/7
Water Saved per year: 10 million m3
Energy Saved per year: 6.1 million kWh (36%)
Cost Saved per year: $727,000
1850 M Street, NWSuite 600
Washington, D.C. 20036Phone: 202.857.0666
Website: www.ase.org
Alliance to Save Energy
THANK YOU!