International Energy Agency / Renewable energy / VRE / Ó 2013 Elsevier Ltd. / Germany Vattenfall GmbH / /
Continent
Europe / /
Country
Germany / United Kingdom / Ireland / / /
Event
Reorganization / /
Facility
plant Investment / plant Lignite / Mercator Research Institute / power plant Nuclear / /
IndustryTerm
generation technology / nal accounting / electricity prices / power generating technologies / annual load-weighted electricity price / Open cycle gas turbine / conventional technologies / technology development / nal electricity share / residual power generating technologies / technology te / energy values / technology parameters / conventional dispatchable2 generating technologies / technology case / cycle gas turbine / electricity storage / cost minimizing solution / energy / grid infrastructure / benchmark technology / electricity / power generating technology / congestion management / storage systems / open-cycle gas turbines / gas capacity / social planner solutions / demand-side management technologies / european network / electricity demand / storage technologies / energy system / power systems / ve dispatchable power generation technologies / specific per-energy costs / /
Organization
Climate Change / Technische Universität Berlin / Institute for Climate Impact Research / Mercator Research Institute on Global Commons and Climate Change / Potsdam Institute for Climate Impact Research / /
Person
Simon Müller / Gunnar Luderer / / /
Position
Corresponding author / social planner / Chair Economics / /
Product
Evre / /
ProvinceOrState
California / /
Region
Western Europe / /
Technology
storage technologies / one generation technology / comparing power generating technologies / conventional dispatchable2 generating technologies / residual power generating technologies / generating technology / demand-side management technologies / ve dispatchable power generation technologies / power generating technologies / power generating technology / benchmark technology / three technologies / /