Incorporating Energy from Renewable Resources into Power System Planning
Incorporating energy from renewable resources into power system planning is an important issue. As countries generate more energy from renewable sources, that energy must become part of the power-system planning process. In 2004, investments in all forms of clean energy represented about 20 percent of total global investment in generation capacity. By 2011, that share had topped 40 percent. This paper explains the various reasons behind the push for renewable sources, chief among them being reducing climate-altering emissions. The paper answers the following questions giving a brief synopsis of each: What is the key challenge? What solutions are available? What are the key lessons learned. A few case studies are also used throughout to illustrate key points.
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dig-okr-10986215752021-04-23T14:04:03Z Incorporating Energy from Renewable Resources into Power System Planning Madrigal, Marcellino Jordan, Rhonda Lenai APPROACH BIOMASS BORDER TRADE BOTTOM LINE CAPACITY EXPANSION CARBON CARBON EMISSIONS CLEAN ENERGY CLIMATE ECONOMIC IMPACTS ELECTRICAL POWER ELECTRICITY ELECTRICITY SYSTEM ELECTRICITY TECHNOLOGY ENERGY PLANNING ENERGY PRODUCTION ENERGY RESOURCES ENERGY SOURCES ENERGY SYSTEMS FEASIBILITY FOSSIL FOSSIL FUELS FUEL FUEL COSTS FUTURE DEMAND GENERATING CAPACITY GENERATION GENERATION CAPACITY GENERATION EXPANSION GENERATORS HYDRO POWER HYDROPOWER HYDROPOWER PLANT INVESTMENT PLANNING LOAD PATTERN MAINTENANCE COSTS PEAK DEMAND PEAK DEMAND PERIODS PHOTOVOLTAICS POWER POWER GRID POWER PRODUCTION POWER SECTOR POWER SECTOR PLANNING POWER SOURCES POWER SYSTEM POWER SYSTEM PLANNING POWER SYSTEMS PP RENEWABLE ENERGY RENEWABLE ENERGY SOURCES RENEWABLE POWER RENEWABLE PRODUCTION RENEWABLE RESOURCE RENEWABLE RESOURCES RENEWABLE SOURCES RESERVE MARGIN RESERVE REQUIREMENTS SIMULATION SOLAR POWER SOLAR RESOURCES THERMAL PLANTS THERMAL POWER THERMAL POWER PLANTS THERMAL UNIT UTILITIES WIND WIND BLOWS WIND ENERGY WIND GENERATION WIND POWER WIND POWER GENERATION WINDS Incorporating energy from renewable resources into power system planning is an important issue. As countries generate more energy from renewable sources, that energy must become part of the power-system planning process. In 2004, investments in all forms of clean energy represented about 20 percent of total global investment in generation capacity. By 2011, that share had topped 40 percent. This paper explains the various reasons behind the push for renewable sources, chief among them being reducing climate-altering emissions. The paper answers the following questions giving a brief synopsis of each: What is the key challenge? What solutions are available? What are the key lessons learned. A few case studies are also used throughout to illustrate key points. 2015-03-10T21:29:52Z 2015-03-10T21:29:52Z 2014-12 Brief http://documents.worldbank.org/curated/en/2014/12/24084923/incorporating-energy-renewable-resources-power-system-planning http://hdl.handle.net/10986/21575 English en_US Live Wire, 2014/17 CC BY 3.0 IGO http://creativecommons.org/licenses/by/3.0/igo/ World Bank, Washington, DC Publications & Research Publications & Research :: Brief |
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Banco Mundial |
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Estados Unidos |
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US |
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Bibliográfico |
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En linea |
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dig-okr |
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biblioteca |
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America del Norte |
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Biblioteca del Banco Mundial |
| language |
English en_US |
| topic |
APPROACH BIOMASS BORDER TRADE BOTTOM LINE CAPACITY EXPANSION CARBON CARBON EMISSIONS CLEAN ENERGY CLIMATE ECONOMIC IMPACTS ELECTRICAL POWER ELECTRICITY ELECTRICITY SYSTEM ELECTRICITY TECHNOLOGY ENERGY PLANNING ENERGY PRODUCTION ENERGY RESOURCES ENERGY SOURCES ENERGY SYSTEMS FEASIBILITY FOSSIL FOSSIL FUELS FUEL FUEL COSTS FUTURE DEMAND GENERATING CAPACITY GENERATION GENERATION CAPACITY GENERATION EXPANSION GENERATORS HYDRO POWER HYDROPOWER HYDROPOWER PLANT INVESTMENT PLANNING LOAD PATTERN MAINTENANCE COSTS PEAK DEMAND PEAK DEMAND PERIODS PHOTOVOLTAICS POWER POWER GRID POWER PRODUCTION POWER SECTOR POWER SECTOR PLANNING POWER SOURCES POWER SYSTEM POWER SYSTEM PLANNING POWER SYSTEMS PP RENEWABLE ENERGY RENEWABLE ENERGY SOURCES RENEWABLE POWER RENEWABLE PRODUCTION RENEWABLE RESOURCE RENEWABLE RESOURCES RENEWABLE SOURCES RESERVE MARGIN RESERVE REQUIREMENTS SIMULATION SOLAR POWER SOLAR RESOURCES THERMAL PLANTS THERMAL POWER THERMAL POWER PLANTS THERMAL UNIT UTILITIES WIND WIND BLOWS WIND ENERGY WIND GENERATION WIND POWER WIND POWER GENERATION WINDS APPROACH BIOMASS BORDER TRADE BOTTOM LINE CAPACITY EXPANSION CARBON CARBON EMISSIONS CLEAN ENERGY CLIMATE ECONOMIC IMPACTS ELECTRICAL POWER ELECTRICITY ELECTRICITY SYSTEM ELECTRICITY TECHNOLOGY ENERGY PLANNING ENERGY PRODUCTION ENERGY RESOURCES ENERGY SOURCES ENERGY SYSTEMS FEASIBILITY FOSSIL FOSSIL FUELS FUEL FUEL COSTS FUTURE DEMAND GENERATING CAPACITY GENERATION GENERATION CAPACITY GENERATION EXPANSION GENERATORS HYDRO POWER HYDROPOWER HYDROPOWER PLANT INVESTMENT PLANNING LOAD PATTERN MAINTENANCE COSTS PEAK DEMAND PEAK DEMAND PERIODS PHOTOVOLTAICS POWER POWER GRID POWER PRODUCTION POWER SECTOR POWER SECTOR PLANNING POWER SOURCES POWER SYSTEM POWER SYSTEM PLANNING POWER SYSTEMS PP RENEWABLE ENERGY RENEWABLE ENERGY SOURCES RENEWABLE POWER RENEWABLE PRODUCTION RENEWABLE RESOURCE RENEWABLE RESOURCES RENEWABLE SOURCES RESERVE MARGIN RESERVE REQUIREMENTS SIMULATION SOLAR POWER SOLAR RESOURCES THERMAL PLANTS THERMAL POWER THERMAL POWER PLANTS THERMAL UNIT UTILITIES WIND WIND BLOWS WIND ENERGY WIND GENERATION WIND POWER WIND POWER GENERATION WINDS |
| spellingShingle |
APPROACH BIOMASS BORDER TRADE BOTTOM LINE CAPACITY EXPANSION CARBON CARBON EMISSIONS CLEAN ENERGY CLIMATE ECONOMIC IMPACTS ELECTRICAL POWER ELECTRICITY ELECTRICITY SYSTEM ELECTRICITY TECHNOLOGY ENERGY PLANNING ENERGY PRODUCTION ENERGY RESOURCES ENERGY SOURCES ENERGY SYSTEMS FEASIBILITY FOSSIL FOSSIL FUELS FUEL FUEL COSTS FUTURE DEMAND GENERATING CAPACITY GENERATION GENERATION CAPACITY GENERATION EXPANSION GENERATORS HYDRO POWER HYDROPOWER HYDROPOWER PLANT INVESTMENT PLANNING LOAD PATTERN MAINTENANCE COSTS PEAK DEMAND PEAK DEMAND PERIODS PHOTOVOLTAICS POWER POWER GRID POWER PRODUCTION POWER SECTOR POWER SECTOR PLANNING POWER SOURCES POWER SYSTEM POWER SYSTEM PLANNING POWER SYSTEMS PP RENEWABLE ENERGY RENEWABLE ENERGY SOURCES RENEWABLE POWER RENEWABLE PRODUCTION RENEWABLE RESOURCE RENEWABLE RESOURCES RENEWABLE SOURCES RESERVE MARGIN RESERVE REQUIREMENTS SIMULATION SOLAR POWER SOLAR RESOURCES THERMAL PLANTS THERMAL POWER THERMAL POWER PLANTS THERMAL UNIT UTILITIES WIND WIND BLOWS WIND ENERGY WIND GENERATION WIND POWER WIND POWER GENERATION WINDS APPROACH BIOMASS BORDER TRADE BOTTOM LINE CAPACITY EXPANSION CARBON CARBON EMISSIONS CLEAN ENERGY CLIMATE ECONOMIC IMPACTS ELECTRICAL POWER ELECTRICITY ELECTRICITY SYSTEM ELECTRICITY TECHNOLOGY ENERGY PLANNING ENERGY PRODUCTION ENERGY RESOURCES ENERGY SOURCES ENERGY SYSTEMS FEASIBILITY FOSSIL FOSSIL FUELS FUEL FUEL COSTS FUTURE DEMAND GENERATING CAPACITY GENERATION GENERATION CAPACITY GENERATION EXPANSION GENERATORS HYDRO POWER HYDROPOWER HYDROPOWER PLANT INVESTMENT PLANNING LOAD PATTERN MAINTENANCE COSTS PEAK DEMAND PEAK DEMAND PERIODS PHOTOVOLTAICS POWER POWER GRID POWER PRODUCTION POWER SECTOR POWER SECTOR PLANNING POWER SOURCES POWER SYSTEM POWER SYSTEM PLANNING POWER SYSTEMS PP RENEWABLE ENERGY RENEWABLE ENERGY SOURCES RENEWABLE POWER RENEWABLE PRODUCTION RENEWABLE RESOURCE RENEWABLE RESOURCES RENEWABLE SOURCES RESERVE MARGIN RESERVE REQUIREMENTS SIMULATION SOLAR POWER SOLAR RESOURCES THERMAL PLANTS THERMAL POWER THERMAL POWER PLANTS THERMAL UNIT UTILITIES WIND WIND BLOWS WIND ENERGY WIND GENERATION WIND POWER WIND POWER GENERATION WINDS Madrigal, Marcellino Jordan, Rhonda Lenai Incorporating Energy from Renewable Resources into Power System Planning |
| description |
Incorporating energy from renewable
resources into power system planning is an important issue.
As countries generate more energy from renewable sources,
that energy must become part of the power-system planning
process. In 2004, investments in all forms of clean energy
represented about 20 percent of total global investment in
generation capacity. By 2011, that share had topped 40
percent. This paper explains the various reasons behind the
push for renewable sources, chief among them being reducing
climate-altering emissions. The paper answers the following
questions giving a brief synopsis of each: What is the key
challenge? What solutions are available? What are the key
lessons learned. A few case studies are also used throughout
to illustrate key points. |
| format |
Brief |
| topic_facet |
APPROACH BIOMASS BORDER TRADE BOTTOM LINE CAPACITY EXPANSION CARBON CARBON EMISSIONS CLEAN ENERGY CLIMATE ECONOMIC IMPACTS ELECTRICAL POWER ELECTRICITY ELECTRICITY SYSTEM ELECTRICITY TECHNOLOGY ENERGY PLANNING ENERGY PRODUCTION ENERGY RESOURCES ENERGY SOURCES ENERGY SYSTEMS FEASIBILITY FOSSIL FOSSIL FUELS FUEL FUEL COSTS FUTURE DEMAND GENERATING CAPACITY GENERATION GENERATION CAPACITY GENERATION EXPANSION GENERATORS HYDRO POWER HYDROPOWER HYDROPOWER PLANT INVESTMENT PLANNING LOAD PATTERN MAINTENANCE COSTS PEAK DEMAND PEAK DEMAND PERIODS PHOTOVOLTAICS POWER POWER GRID POWER PRODUCTION POWER SECTOR POWER SECTOR PLANNING POWER SOURCES POWER SYSTEM POWER SYSTEM PLANNING POWER SYSTEMS PP RENEWABLE ENERGY RENEWABLE ENERGY SOURCES RENEWABLE POWER RENEWABLE PRODUCTION RENEWABLE RESOURCE RENEWABLE RESOURCES RENEWABLE SOURCES RESERVE MARGIN RESERVE REQUIREMENTS SIMULATION SOLAR POWER SOLAR RESOURCES THERMAL PLANTS THERMAL POWER THERMAL POWER PLANTS THERMAL UNIT UTILITIES WIND WIND BLOWS WIND ENERGY WIND GENERATION WIND POWER WIND POWER GENERATION WINDS |
| author |
Madrigal, Marcellino Jordan, Rhonda Lenai |
| author_facet |
Madrigal, Marcellino Jordan, Rhonda Lenai |
| author_sort |
Madrigal, Marcellino |
| title |
Incorporating Energy from Renewable Resources into Power System Planning |
| title_short |
Incorporating Energy from Renewable Resources into Power System Planning |
| title_full |
Incorporating Energy from Renewable Resources into Power System Planning |
| title_fullStr |
Incorporating Energy from Renewable Resources into Power System Planning |
| title_full_unstemmed |
Incorporating Energy from Renewable Resources into Power System Planning |
| title_sort |
incorporating energy from renewable resources into power system planning |
| publisher |
World Bank, Washington, DC |
| publishDate |
2014-12 |
| url |
http://documents.worldbank.org/curated/en/2014/12/24084923/incorporating-energy-renewable-resources-power-system-planning http://hdl.handle.net/10986/21575 |
| work_keys_str_mv |
AT madrigalmarcellino incorporatingenergyfromrenewableresourcesintopowersystemplanning AT jordanrhondalenai incorporatingenergyfromrenewableresourcesintopowersystemplanning |
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1756573953024851968 |