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Financing Energy Efficiency : Lessons from Brazil, China, India, and Beyond

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Author(s)
Levin, Jeremy
Ward, William A.
Meyer, Anke S.
Taylor, Robert P.
Govindarajalu, Chandrasekar
Keywords
RAW MATERIALS
GREENHOUSE GASES
INTERNATIONAL ENERGY AGENCY
EFFICIENCY OF ENERGY USE
ELECTRIC POWER
POWER SYSTEM
TYPES OF ENERGY
CHEMICAL PROCESSES
UTILITY INDUSTRY
ENERGY EFFICIENCY INVESTMENTS
END USERS
INCREASE IN ENERGY DEMAND
ENVIRONMENTAL IMPROVEMENT
PRESENT VALUE
LAND USE
UTILITIES
WORLD ENERGY DEMAND
COAL
ENERGY COSTS
ENERGY INTENSITY
ENERGY INDUSTRIES
OIL EQUIVALENT
GREENHOUSE GAS
PRODUCTIVITY
HEAT
FLUORESCENT LAMP
ENERGY SERVICE COMPANY
ATMOSPHERE
ENERGY OUTLOOK
WORLD ENERGY OUTLOOK
ENERGY EFFICIENCY IMPROVEMENTS
COMPARATIVE ADVANTAGE
ECONOMIC DEVELOPMENT
ELECTRICITY
UTILITY BILLS
ELECTRICITY CONSERVATION
EMISSIONS
GLOBAL ENERGY DEMAND
CENTRAL GOVERNMENTS
ENERGY SUPPLY
INCREASING ENERGY EFFICIENCY
ENERGY SERVICES
GREENHOUSE
ENERGY SERVICE
COST EFFECTIVENESS
VENTILATION
DELIVERY OF ENERGY
ELECTRICITY DEMAND
ENERGY DEMAND
ACID RAIN
ENERGY USE
DISTRICT HEATING
ECONOMIC GROWTH
ENERGY POLICY
TONS OF CARBON
CAPACITY EXPANSION
INVESTMENTS IN ENERGY
EFFICIENT LAMPS
FOSSIL
ENERGY CONSUMPTION LEVELS
CHEMICAL INDUSTRIES
PIPELINE
ENERGY PERFORMANCE
OIL
IMPACTS OF ENERGY PRODUCTION
POLICY MAKERS
ENERGY SECURITY
ENERGY EFFICIENCY MEASURES
ENERGY PRICES
ENERGY OFFICIALS
GENERATION
RENEWABLE ENERGY DEVELOPMENT
ENERGY PRODUCTION
ENERGY CONSUMPTION
ENERGY EFFICIENCY MARKET
UTILITY BILL
BUILDING MATERIALS
GLOBAL ENERGY SUPPLY
UTILITY DEMAND-SIDE MANAGEMENT
VEHICLES
POLICY ENVIRONMENT
ATMOSPHERIC CONCENTRATION
EMISSION REDUCTIONS
HYDROPOWER
GASES
GLOBAL PRIMARY ENERGY DEMAND
SUSTAINABLE ENERGY
BURNING COAL
NEW PLANT
COGENERATION
CLEANER ENERGY
GAS
WORLD ENERGY
PRICE OF ENERGY
LIGHTING
PRIMARY ENERGY
EFFICIENCY OF ENERGY
DELIVERY OF ENERGY EFFICIENCY
COOLING
PILOT PROJECTS
PROMOTING ENERGY EFFICIENCY
CARBON DIOXIDE EMISSION
STREAMS
ENERGY SYSTEMS
CLIMATE CHANGE
OIL FIELDS
CARBON DIOXIDE EMISSIONS
GLOBAL ENVIRONMENT
AIR POLLUTION
ENERGY DISTRIBUTION
ATMOSPHERIC CARBON
ENVIRONMENTAL IMPACTS
ENERGY CONSUMERS
CARBON FINANCE
ELECTRIC COMPANY
BUILDING ENERGY USE
RESIDENTIAL BUILDINGS
KILOWATT-HOUR
POWER PLANTS
BUILDING CODES
ENERGY EFFICIENCY
POWER
PRODUCTION PROCESSES
LIGHTING EQUIPMENT
ATMOSPHERIC CARBON DIOXIDE
BARREL OF OIL
ENERGY COST SAVINGS
MOTOR VEHICLES
COMMERCIAL BANKS
ENERGY CONSERVATION
END USER
NATIONAL ENERGY DEMAND
EFFICIENCY IMPROVEMENTS
ENERGY REQUIREMENTS
TAX REVENUE
POWER LINES
REDUCING ENERGY USE
MARKET DISTORTIONS
ENERGY PERFORMANCE CONTRACTING
ENERGY SAVINGS
ENERGY INTENSIVE
PRODUCTION COSTS
ECONOMIES OF SCALE
RENEWABLE ENERGY
GROWTH IN ENERGY USE
SUSTAINABLE DEVELOPMENT
ENVIRONMENTAL
WASTE
ENVIRONMENTAL CONSEQUENCES
ENERGY BILLS
TONS OF COAL EQUIVALENT
BALANCE
MARKET ECONOMIES
SECURITY OF ENERGY SUPPLY
BURNING FOSSIL FUELS
BOILERS
BOILER
GREENHOUSE GAS EMISSIONS
AIR CONDITIONING
ENERGY INPUT
CARBON DIOXIDE
TRANSACTION COSTS
APPROACH
TOTAL CONSUMPTION
ENERGY SOURCES
INVESTMENT OPPORTUNITIES
IMPROVING ENERGY EFFICIENCY
TAXATION
GROSS DOMESTIC PRODUCT
BUILDING MATERIAL
ENERGY SERVICE COMPANIES
ECONOMICS
PETROLEUM
PRIMARY ENERGY DEMAND
ENVIRONMENTAL SUSTAINABILITY
DISCOUNT RATES
ENERGY MANAGEMENT
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URI
http://hdl.handle.net/20.500.12424/244319
Online Access
http://hdl.handle.net/10986/6349
Abstract
Energy for heating, cooling, lighting, mechanical power, and various chemical processes is a fundamental requirement for both daily life and economic development. The negative impact on the environment of current energy systems is increasingly alarming, especially the global warming consequences of burning fossil fuels. The future requires change through the development and adoption of new supply technologies, through a successful search for new, less resource-intensive paths of economic development, and through adoption of energy. Greater energy efficiency is key for shifting country development paths toward lower-carbon economic growth. Especially in developing countries and transition economies, vast potential for energy savings opportunities remain unrealized even though current financial returns are strong. Activities included specialized technical assistance, training, and applied research covering the four primary areas of country interest: (a) development of commercial banking windows for energy efficiency; (b) support for developing energy service companies (ESCOs); (c) guarantee funds for energy efficiency investment financing; and (d) equity funding for ESCOs or energy efficiency projects. One clear message from the experience of the three country Energy Efficiency Project is the importance of establishing and maintaining practical, operationally focused dialogue between the banking community and the energy efficiency practitioner community.
Date
2008
Identifier
oai:openknowledge.worldbank.org:10986/6349
http://hdl.handle.net/10986/6349
978-0-8213-7304-0
Copyright/License
Creative Commons Attribution CC BY 3.0.
Collections
Climate Ethics

entitlement

 

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