Sustainable Energy Technologies / Power Technologies / Pervasive Computing Systems / KEMA Inc. / POSTing / Princeton University Press / Bayesian Networks / Philips / TheCapitol.Net Inc. / Physical Systems / Renewable Energy / Init AG / INIT GmbH / Distributed Energy Resource Management Distributed Energy Resources / ACM Press / Sandia National Laboratories / Power Systems / Sensor Networks / Feedback Systems / /
Country
Switzerland / Denmark / Germany / Sweden / United States / / /
Event
Reorganization / /
Facility
M¨alardalen University / Base Station / Building Aggregator/Correlator / University of Karlsruhe / Smart Building / station FHZ / A power system / Monitoring/Control Terminal / Karlsruhe Institute of Technology / Karlsruhe University / /
IndustryTerm
energy resource management / energy demand / energy data acquisition / consumption management / local energy consumption / household electricity use / real time / energy feedbacks / energy consumption behaviors / electrical devices / energy data / energy use / local energy consumption management / energy supply / energy trading / energy / energy markets / energy dispatch approaches / energy market / energy consumption / automated agent technology / energy management systems / real time information management / inefficient energy use / visible and amenable energy feedbacks / energy management system / energy management network / energy control / energy management / less energy / wireless thermostat / computing / consequent energy awareness / overall algorithm / correlation algorithms / energy services / real-time information / energy-using waste / meta-heuristic algorithms / energy use behaviors / energy use information / real-time communication / auction systems / energy using/saving techniques / auction algorithms / local energy management / hourly energy price information / wireless network / energy mix subprocess / energy consumption control / energy awareness / adequate energy control / decision-making algorithm / energy prices / installed photovoltaic device / energy information / energy mix / electricity use / lower energy price / energy resource / web-based environment / higher energy price / energy-saving behavior / energy resources / electricity / standalone server / energy inefficient buildings / multi-agent systems / local Web / i.e. energy mix / time intensive applications / energy-saving applications / genetic algorithms / energy exchange / large energy consumer / energy consumer / web-based system / correlation algorithm / intelligent energy control / energy system / multi-agent based energy management system / energy-saving tips / proper energy-saving context / Web services / /
Organization
M¨alardalen University / Princeton University / U.S. Securities and Exchange Commission / Institute of Technology / Virginia Tech / American Society / School of Sustainable Development / /
Person
Christian Decker / Yong Ding / Fredrik Wallin / E. Davidson / V / A. Miraoui / V / Michael Beigl / Iana Vassileva / /
Position
proposed PID controller / adapted PID controller / network manager / General / producer / professor / Consumption Controller / PID controller / manager uBox The uBox middleware / central controller / common closed-loop controller architecture using PID controller / uBox network manager / manager / scalable and embedded controller / director / Microgrid Central Controller / chair / PID controller / dynamic energy mix / controller / /
A Smart Energy System: Distributed Resource Management, Control and Optimization Yong Ding, Student Member, IEEE, Christian Decker, Member, IEEE, Iana Vassileva, Student Member, IEEE, Fredrik Wallin, Member, IEEE, and Mi