Berlin / Golden / Washington D.C. / Beijing / Münich / New York / /
Company
IEA Wind Power Systems / National Renewable Energy Laboratory / Utility Variable Generation Integration Group / National Grid / PWT Communications LLC / /
Continent
America / Europe / /
Country
Germany / Japan / United States / Italy / Canada / Portugal / United Kingdom / Finland / Spain / Ireland / Denmark / /
Currency
USD / GBP / EUR / IDR / /
Event
FDA Phase / /
Facility
Research Institute / VTT Technical Research Centre of Finland / Kansai University / Finland VTT Technical Research Centre of Finland / /
IndustryTerm
yearly electricity consumption coming / wind energy / electricity power systems / transmission network / side management / electricity supply / feasible wind energy penetration / electricity demand / electricity market design / power systems / electricity market operation / electricity markets / energy / grid infrastructure / /
NaturalFeature
Iberian Peninsula / /
Organization
Kansai University / Fraunhofer IWES and Research Institute for Energy Economy / European Wind Energy Association / Centre for Distributed Generation & Sustainable Electrical Energy / IEA Secretariat in Paris / Finland VTT Technical Research Centre of Finland / Executive Committee / EWEA European Wind Energy Association / IEEE Power Engineering Society / Advisory board / Universidad de Castilla-La Mancha / Japan AIST / /
5 TaskIntroduction Wind power will introduce more uncertainty into operating a power system because it is variable and partly unpredictable. To meet this challenge, there is need for more flexibility in the power