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Hydroelectric power : a guide for developers and investors (English)

Worldwide, hydropower is a crucial power supply option for several reasons. First, it is a renewable energy resource that can contribute to sustainable development by generating local, typically inexpensive power. Second, hydropower reduces reliance on imported fuels that carry the risks of price volatility, supply uncertainty and foreign currency requirements. Third, hydro systems can offer multiple co-benefits including water storage for drinking and irrigation, drought-preparedness, flood control protection, aquaculture and recreational opportunities, among others. Finally, hydro can allow more renewables, especially wind and solar, to be added to the system by providing rapid-response power when intermittent sources are off-line, and pumped energy storage when such sources are generating excess power.


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    Malovic,Dzenan, Engelmann Pilger,Hendrik, Arsenijevic,Nebojsa, Gassner,Katharina B., Merle-Beral,Elena, Monti,Giovanna, Pooley,Justin, Inouye,Lauren Kiyoko, Levin,Jeremy, Kellenberg,John

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    Working Paper

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    The World Region,

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    Hydroelectric power : a guide for developers and investors

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    Hydropower;water;sand trap;Environmental and Social Impact;dam;water flow;Hydroelectric Power;Board of Executive Directors;economic and financial analysis;renewable source of energy;hydropower plant;water level;energy information;amount of water;hydropower development;hydropower scheme;site selection;concrete gravity dam;water storage tank;reservoir water level;volume of water;flood control protection;accepted international standard;tunnel boring machine;hydroelectric power plant;water level fluctuations;Access to Electricity;role of hydropower;renewable energy resource;achieving price stability;adverse weather conditions;reinforced concrete pipes;high water flows;electricity generation costs;benefit to society;role of water;water surface elevation;vulnerability to drought;renewable energy source;foreign currency requirements;adverse environmental impact;flow of water;electric power generation;hydroelectric power generation;energy information administration;social and environmental;cost of electricity;multilateral financial institution;flora and fauna;installed capacity;pump storage;hydropower generation;Power Market;plant design;energy production;cost of energy production;power supply;large hydropower;water intake;grid connection;civil works;investment cost;site layout;electricity production;kinetic energy;hydropower facility;water resource;hydropower capacity;Energy Sector;particle size;hydropower potential;intake structures;steel structure;water wheel;Social Assessment;mechanical energy;turbine blade;auxiliary equipment;mitigation strategy;global electricity;stored water;arch dams;deposition velocity;water volume;hydroelectricity generation;tunneling method;co2 emission;mechanical equipment;sediment deposition;Micro Hydropower;discharge capacity;buttress dam;large dam;earth dam;initial screening;data requirement;water hammer;air currents;hydrologic cycle;storage capacity;permit process;internal pressure;Performance Standards;flow water;political risk;hydrological data;competitive production;



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Malovic,Dzenan Engelmann Pilger,Hendrik Arsenijevic,Nebojsa Gassner,Katharina B. Merle-Beral,Elena Monti,Giovanna Pooley,Justin Inouye,Lauren Kiyoko Levin,Jeremy Kellenberg,John

Hydroelectric power : a guide for developers and investors (English). Washington, D.C. : World Bank Group.