Düsseldorf / Kassel / Oldenburg / Frankfurt am Main / /
Company
DENA / WEPROG / Ó 2010 Elsevier Ltd. / Renewable Energy / Siemens AG / /
Continent
Europe / /
Country
Germany / Deutschland / Denmark / / /
Event
Natural Disaster / /
Facility
Institute of Mathematical Sciences / Aarhus University / University of Oldenburg / /
IndustryTerm
required maximum stored energy amounts / required maximum stored energy increases / normalized monthly solar photovoltaics energy integral / required stored energy / stored energy / required maximum stored energy decreases / synoptic systems / energy industry / gross domestic product / on transmission networks / smallest stored energy / reduced stored energy / monthly wind energy integral / stand-alone solution / energy sources / photovoltaic plant technologies / wind-generated electricity / maximum stored energy / sustainable energy / stored and balancing energy / power systems / storage energy / mismatch energy / web version / required maximum stored energy / energy / /
Organization
North Atlantic Treaty Organization / Aarhus School of Engineering / Institute of Mathematical Sciences / Aarhus University / Graduate School / Center for Wind Energy Research / National Center for Environmental Prediction / Frankfurt Institute for Advanced Studies / Fraunhofer Institut für Windenergie / Johann Wolfgang Goethe Universität / University of Oldenburg / /
Person
Dominik Heide / Martin Greiner / Markus Speckmann / Clemens Hoffmann / Johann Wolfgang Goethe / Wolfgang Goethe Universität / Stefan Bofinger / / /
Seasonal optimal mix of wind and solar power in a future, highly renewable Europe