Author(s)
World BankKeywords
SMALL SCALE HYDROPOWERTRANSMISSION SYSTEM
EMISSION TRADING
GHG
UTILITIES
TURBINES
ENVIRONMENTAL MANAGEMENT
ENERGY SERVICES
SPOT MARKET
ATMOSPHERE
CO2
ENVIRONMENTAL IMPACT
INDUSTRIAL WATER SUPPLY
RENEWABLE ENERGY POLICIES
DEVELOPMENT OF HYDROPOWER
PIPELINE
RENEWABLE ENERGY PROJECT
RENEWABLE ENERGY GENERATION
CALCULATION
HYDRO DEVELOPMENT
POLLUTION CONTROL
ENVIRONMENTAL IMPACT ASSESSMENTS
WATER RIGHTS
HYDROPOWER ASSOCIATION
HYDROPOWER PROJECTS
HYDROELECTRIC RESOURCES
BIOMASS
METEOROLOGY
POWER GENERATION
FOSSIL
HYDROLOGICAL RISKS
SMALL HYDRO
RESERVOIRS
WATER RESOURCES DEVELOPMENT PROJECTS
WATER FLOW
DAM
EMISSION
ENERGY SHORTAGES
POWER PLANTS
RENEWABLE ENERGY SUPPLY
ELECTRICITY
LARGE-SCALE HYDROPOWER
LARGE HYDROPOWER
ELECTRICITY GENERATION
BALANCE
CARBON DIOXIDE
NATURAL GAS PRICES
THERMAL UNIT
GAS TURBINE
LOAD FACTOR
LOAD FACTORS
GREENHOUSE GASES
FUEL OBLIGATION
NATURAL RESOURCES
HYDROPOWER CAPACITY
TRANSMISSION LINES
HYDROELECTRIC POWER
RURAL ELECTRIFICATION
GLOBAL ENVIRONMENT FACILITY
CARBON FUND
THERMAL PROJECTS
HYDROLOGY
NATURAL GAS
GAS FIELDS
SMALL HYDROS
AVAILABILITY
COST OF GAS
HYDROPOWER DEVELOPMENT
METEOROLOGICAL STATIONS
POWER PRODUCTION
RIVER BASIN
ELECTRICITY SUPPLIERS
RUN-OF-RIVER PROJECTS
HYDROPOWER PROJECT
HYDRO TARIFFS
HYDROPOWER PLANTS
CLIMATE CHANGE
POWER PRODUCER
THERMAL GENERATION
RENEWABLE ENERGY SOURCES
HYDRO GENERATION
TRANSMISSION COSTS
GAS PRICE
TURBINE MANUFACTURERS
HYDRO PROJECT
LARGE HYDRO PROJECTS
CLIMATE
FOSSIL FUEL
RIVERS
SUPPLY CURVE
CARBON REVENUES
CARBON FINANCE
TRANSMISSION LINE
GENERATION CAPACITY
INTERNATIONAL HYDROPOWER ASSOCIATION
HEADS
ELECTRICITY PRICE
HYDRAULIC STRUCTURES
NATIONAL GRID
WIND ENERGY
WATER RESOURCES DEVELOPMENT
TRANSMISSION COST
METEOROLOGICAL DATA
APPROACH
WIND
HYDROELECTRIC POTENTIAL
CARBON
FRAMEWORK CONVENTION ON CLIMATE CHANGE
SMALL HYDROPOWER
ENERGY PRODUCTION
HYDROPOWER PLANT
SMALL HYDRO DEVELOPMENT
ELECTRICITY CONSUMPTION
HEAD
POLLUTANTS
CARBON CREDITS
LNG
NEGATIVE IMPACT
GREENHOUSE GAS
FLOW DATA
RENEWABLE ENERGY
HYDRO RESOURCES
GENERATION
POWER DEMAND
CANALS
RENEWABLE ENERGY PROJECTS
HYDROPOWER GENERATION
LNG PROJECT
HYDROPOWER COUNCIL
CANAL
TAX CREDIT
HYDROPOWER SCHEMES
RENEWABLE ENERGY TARIFF
RIVER
RENEWABLE ENERGY POLICY
HYDROPOWER POTENTIAL
POWER GENERATION SYSTEMS
POWER SYSTEM
SMALL HYDRO PLANTS
IRRIGATION
ENERGY PRICE
HYDROLOGICAL INFORMATION
RURAL ELECTRIFICATION PROJECT
BASES
CARBON PRICES
HYDROPOWER
HYDROPOWER STATIONS
WATER QUALITY
SMALL RENEWABLE ENERGY
PRECIPITATION
POTENTIAL FOR HYDROPOWER
FRANCIS TURBINES
ENVIRONMENTAL DAMAGE
HYDROPOWER DEVELOPMENTS
ENERGY SECTOR
HYDRO POTENTIAL
RENEWABLE ENERGY DEVELOPMENT
FORESTS
ENVIRONMENTAL PROTECTION
RENEWABLE ENERGY FACILITIES
INDEPENDENT POWER PRODUCER
SPOT PRICE
RESERVOIR
HYDROMETRY
HYDRO PROJECTS
ALTERNATIVE FUELS
WATER SUPPLY
ENERGY POLICIES
GREENHOUSE
CO
TAX INCENTIVES
DAMS
TURBINE
SEDIMENT
GAS COSTS
FLOODS
PLANT OWNER
POLLUTION
CLEAN ENERGY
POTENTIAL HYDROPOWER
POWER SECTOR
TARIFF LEVELS
CLEAN DEVELOPMENT
HYDROELECTRIC PROJECTS
RIVER BASINS
LIQUEFIED NATURAL GAS
RENEWABLE ELECTRICITY
LAKES
HYDROELECTRIC POWER PLANTS
GAS TRANSMISSION
HYDROPOWER RESOURCES
HIGHER GAS
ENERGY SOURCES
Full record
Show full item recordOnline Access
http://hdl.handle.net/10986/28103Abstract
Peru is favored by a stable and growing
 economy and the availability of indigenous sources of energy
 for electricity generation, hydro and natural gas. Installed
 capacity in Peru in 2006 was 6658 MW, of which 48 percent
 was hydro-based. However, regarding new investment in
 generation, there is reason for concern. Demand growth over
 the past five years has been 5-10 percent, with no signs of
 slowing down. At the rate of 10 percent demand growth, 400
 MW of new generation capacity is necessary each year,
 representing at least US$250 million annually of new
 investment. The present study on small hydropower contains
 the following sections: (i) introduction; (ii) technical
 potential for development of small hydropower in Peru; (iii)
 economic and financial viability of small hydro development
 in Peru; (iv) institutional and regulatory environment; (v)
 identification of barriers to small hydropower development
 and mitigation measures; (vi) international experience with
 small hydropower development; (vii) the potential impact of
 the Renewable Energy Decree; and finally, (vii) conclusions
 and recommendations.Date
2008-06-26Type
Working PaperIdentifier
oai:openknowledge.worldbank.org:10986/28103http://hdl.handle.net/10986/28103
Copyright/License
CC BY 3.0 IGORelated items
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