Author(s)
International Finance CorporationKeywords
POWER CONSUMPTIONCLIMATIC CONDITIONS
ENERGY SUPPLY
CAPACITY FACTOR
AIR EMISSIONS
POWER GENERATION
CLIMATE CHANGE MITIGATION
ELECTRICITY SALES
GRID INTEGRATION
POWER PRODUCERS
GAS
SAFETY TESTING
POWER SYSTEM
ENERGY
PLANT PERFORMANCE
THERMAL EXPANSION
TARIFF STRUCTURES
TARIFF
AIR POLLUTANTS
AIR POLLUTION
SOLAR RESOURCE
POWER COMPANY
INVESTMENT OPPORTUNITIES
ELECTRICITY DISTRIBUTION
ALTERNATIVE ENERGY
RENEWABLE TECHNOLOGIES
ENERGY MANAGEMENT
ELECTRICITY GENERATION
ELECTRICITY TARIFFS
OPTIONS
CONVERSION EFFICIENCY
SOLID WASTE GENERATION
PEAK DEMAND
POWER MIX
SUSTAINABLE ENERGY
PHOTOVOLTAIC APPLICATIONS
UTILITY MARKET
TRANSMISSION SYSTEM
SOLAR ENERGY
RENEWABLE ENERGY SUPPLY
OXYGEN
PLANT SHUTDOWN
POWER CORPORATION
ENERGY NEEDS
ENERGY EFFICIENCY
POWER PLANT CONSTRUCTION
UTILITIES
RENEWABLE PORTFOLIO STANDARDS
CEMENT
AUXILIARY EQUIPMENT
ACTIVITIES
TAX INCENTIVE
PLANT OWNER
AVAILABILITY
RENEWABLE ENERGY DEVELOPMENT
PEAK PRODUCTION
TAX POLICIES
SOLAR SYSTEM
TRANSMISSION LINE
POWER GENERATION APPLICATIONS
OIL
AIR MASS
POWER CONDITIONERS
ELECTRICITY UTILITIES
WATER
PEAK POWER
ELECTRICITY TARIFF
SOLAR PHOTOVOLTAIC ENERGY
MINERAL RESOURCES
BIRDS
DIESEL
RESIDENTIAL BUILDINGS
VEHICLES
BEARING CAPACITY
COMMERCIAL ELECTRICITY
CARBON TAXES
PLANT OPERATION
TAX CREDIT
RENEWABLE ELECTRICITY
PLANT OPERATIONS
FOSSIL FUEL
PLANT EFFICIENCY
SOLAR POWER
BUFFER ZONES
ELECTRICITY PRODUCTION
POWER PURCHASE AGREEMENTS
DISTRIBUTION NETWORK
AUXILIARY POWER REQUIREMENTS
PREVENTATIVE MAINTENANCE
RENEWABLE GENERATION
CLIMATE CHANGE
ENVIRONMENTAL IMPACTS
DIESEL GENERATORS
SOLAR POWER PLANTS
UTILITY-SCALE
SOLAR PANELS
UTILITY GRID
GREENHOUSE GAS
ALTERNATIVE ENERGY DEVELOPMENT
VOLTAGE
GENERATION CAPACITY
ENVIRONMENTAL ISSUES
PHOTOVOLTAIC ENERGY
BALANCE
ELECTRICITY UTILITY
SAND
RENEWABLE ENERGY FACILITIES
ENERGY LOSSES
CAPACITY FACTORS
RENEWABLE PORTFOLIO STANDARD
AMOUNT OF POWER
COLLECTION SYSTEM
WIND ENERGY
TAX INCENTIVES
WINDS
OPEN CIRCUIT VOLTAGE
AMBIENT CONDITIONS
HIGH AMBIENT TEMPERATURES
THERMAL PLANTS
PRICES
WIND SPEED
GRID CONNECTION
FACILITIES
ENERGY DEVELOPMENT
POLLUTION
CIRCUIT BREAKERS
AMORPHOUS SILICON
TRANSMISSION GRID
RENEWABLE POWER
SOLAR ENERGY INDUSTRIES ASSOCIATION
PRICE
ELECTRICITY PRODUCERS
ELECTRICITY
DISTRIBUTION LOSSES
BIOMASS
POWER PLANT
RENEWABLE ENERGY MARKET
PLANT OUTPUT
POWER PRODUCER
INVESTMENT
FEEDSTOCK
TAX CREDITS
GASES
POWER PRODUCTION
ELECTRICAL OUTPUT
RENEWABLE SOURCE
VERTICAL AXIS
INVESTMENTS
ELECTRICAL PRODUCTION
POWER REQUIREMENT
TRANSMISSION LINES
EMISSIONS
POWER PLANTS
POWER PRICES
WIND SPEEDS
GENERATION
GRID SYSTEMS
AUXILIARY POWER
RENEWABLE SOURCES
COST OF ELECTRICITY
POWER SYSTEMS
UTILITY- SCALE
RENEWABLE ENERGY PROJECTS
ACCESS ROADS
POWER SECTOR
EMISSION
SAFETY STANDARDS
SOLAR INDUSTRY
UTILITY COMPANY
ENERGY OUTPUT
APPROACH
ENERGY POLICIES
FUEL
POWER DISTRIBUTION
POWER REQUIREMENTS
ENERGY PRICING
POWER CABLES
COST OF ENERGY
SOLAR CELLS
RENEWABLE ENERGY
POWER COSTS
WIND DEVELOPERS
FUELS
ELECTRICAL SYSTEM
WIND FARMS
POLLUTANTS
MAXIMUM EFFICIENCY
PLANT OWNERS
POWER RATIO
SOLAR PROJECTS
FOSSIL
TRANSMISSION CAPACITY
PEAK VALUE
THERMAL POWER
WIND
SOLAR RADIATION
POWER RATING
ELECTRICITY PRICE
SOLAR SYSTEMS
POWER
ENERGY GENERATION
SUNLIGHT
CERTIFIED EMISSION REDUCTION
PHOTOVOLTAIC SYSTEMS
RAW MATERIALS
POWER SECTOR PLANNING
POWER PROJECT
RENEWABLE ENERGY PRODUCTION
SAFETY REGULATIONS
SOLAR CELL
PRICE OF POWER
DEMAND FOR POWER
HEAT
ENERGY PRODUCTION
EMISSION REDUCTION
ENERGY SOURCES
GRID POWER
AMBIENT TEMPERATURE
Full record
Show full item recordOnline Access
http://hdl.handle.net/10986/22797Abstract
With an installed capacity greater than 137 gigawatts (GWs) worldwide and annual additions of about 40 GWs in recent years, solar photovoltaic (PV) technology has become an increasingly important energy supply option. A substantial decline in the cost of solar PV power plants (80 percent reduction since 2008) has improved solar PV’s competitiveness, reducing the needs for subsidies and enabling solar to compete with other power generation options in some markets. The World Bank Group (including the International Bank for Reconstruction and Development, the International Development Association, International Finance Corporation (IFC), and the Multilateral Investment Guarantee Agency) helps client countries secure the affordable, reliable, and sustainable energy supply needed to end extreme poverty and promote shared prosperity. The approach mirrors the objectives of the sustainable energy for all initiative - achieving universal access, accelerating improvements in energy efficiency, and doubling the global share of renewable energy by 2030. The World Bank Group recognizes that each country determines its own path for achieving its energy aspirations, and that each country’s transition to a sustainable energy sector involves a unique mix of resource opportunities and challenges, prompting a different emphasis on access, efficiency, and renewable energy. The objective of this guidebook is to enhance the reader’s understanding of how to successfully develop, finance, construct, and operate utility-scale solar PV power plants. The guidebook focuses on aspects of project development that are specific to solar. From this perspective it covers all aspects of the overall project development process including site identification, plant design, energy yield, permits and licenses, contractual arrangements, and financing, giving sparser coverage to general project development basics that are not specific to solar. This guide covers the key building blocks to developing a successful utility-scale solar power project (the threshold for utility-scale depends on the market, but generally at least 5 megawatt (MW).Date
2015-10-23Type
Working PaperIdentifier
oai:openknowledge.worldbank.org:10986/22797http://hdl.handle.net/10986/22797
Copyright/License
http://creativecommons.org/licenses/by-nc-nd/3.0/igo/Collections
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