Customer Energy Resources / Heinz / Distributed Energy Resources / IEEE Journal / /
Country
United States / / /
Facility
Smart Grid Energy Reseach Center / National Harbor / Tsinghua University / Korean Institute of Energy Research / UCLA SMERC building / Substation Configuration Language / Massachusetts Institute of Technology / University of California / /
IndustryTerm
power networks / side management / battery control algorithm / calculation algorithm / energy crisis / renewable energy / battery charging/discharging control algorithm / energy / control algorithm / energy resources / electricity / virtual simulated real-time panel / standardized protocol / hybrid energy system / communication protocols / communication network / logical device / hybrid renewable energy system / hybrid renewable energy systems / real-time online weather measurement station / /
Organization
UCLA / PV IED / Tsinghua University / Laboratory for Information / Massachusetts Institute of Technology / Korean Institute of Energy Research / Computational Intelligence / International Electrotechnical Commission / Smart Grid Energy Reseach Center / V AC / University of California / Los Angeles / Laboratory for Information and Decision Systems / IED V / /
Person
Friederich Kupzog / Chi-Cheng Chu / Sidonia Mesentean / Lijun Chen / Roy H. Campbell / Steven H. Low / Eun-Kyu Lee / Rui Huang / /
Position
Energy Society General / PV controller and Battery controller / Terms General / Power and Energy Society General / representative / /
Product
Application Programming Interfaces (API) / /
ProvinceOrState
Massachusetts / /
Technology
radiation / Adc / MMS protocol / API / battery control algorithm / control algorithm / battery charging/discharging control algorithm / standardized protocol / calculation algorithm / system test bed C. Battery Control Algorithm / simulation / communication protocols / /
To Appear in IEEE Power & Energy Society General Meeting, 27-31 July, 2014. National Harbor, MD, USA. (in press). Integration of IEC[removed]into a Distributed Energy Resources System in a Smart Green Building Rui Huang,