Avalon / Santa Barbara / Washington / DC / Long Beach / /
Company
Gould / Cambridge University Press / MIT Press / Queues / the Boeing / National Renewable Energy Laboratory / Gibbs Fields / Southern California Edison / MC Simulation / /
Country
United States / / /
Facility
National Renewable Energy Laboratory / California Institute of Technology / /
IndustryTerm
transportation / solar technologies / energy flow / electricity grid / energy storage capacity / energy in-flow / generated energy / energy generation / renewable energy / power network / energy out-flow / energy storage techniques / energy / long-term expected energy / long-term expected normalized energy / stored energy / large renewable energy generation / electricity / energy storage / sources-based electricity generation economic efficiency / storage systems / electricity network / integrated photovoltaic-wind power generation systems / storage technologies / energy storage systems / intermittent renewable energy / renewable energy resources / /
NaturalFeature
Catalina Island / Santa Catalina Island / /
Organization
California Institute of Technology / Cambridge University / National Science Foundation / MIT / Catalina Island Conservancy / /
Person
Huan Xu / Christopher R. Clarke / Steven H. Low / Consider / Rui Huang / Ufuk Topcu / /
Position
Solar Advisor / AND PROBLEM FORMULATION A. Simple storage model / /
ProgrammingLanguage
DC / /
ProvinceOrState
Southern California / California / /
PublishedMedium
The Electricity Journal / Journal of Geophysical Research / /
Load-shedding probabilities with hybrid renewable power generation and energy storage Huan Xu, Ufuk Topcu, Steven H. Low, Christopher R. Clarke, and K. Mani Chandy Abstract— The integration of renewable energy resource