Microgrids with local controllers and a variety of generation units (tri-generation, renewables), storage systems (electrical, thermal) and loads (residential buildings, offices, electrical vehicles, etc.) represent a challenge for the development of business models, strategies and approaches for local optimal scheduling, and demand response programs, and can contribute to delivering services to distribution system operators in a smart city.
Microgrids Design, Operational Management and Perspectives
Posted: 15 Apr 2015
Michela Robba and Mansueto Rossi
Primary Committee:IEEE Smart Grid Newsletters
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Overview of the Microgrid Controller Innovation Challenge at the NREL presented by Sarah Truitt, Przemyslaw Koralewicz, Erfan Ibrahim, and Anne Miller
DER and Grid Management - Putting DERMS on the Desk presented by Alex Portilla, Jesse Gantz and Ethan Boardman
Architectures and Algorithms for Distributed Generation Control of Inertia-Less AC Microgrids presented by Alejandro Dominguez-Garcia
P2030.10 Standard for DC Microgrids for Rural and Remote Electricity Access Applications presented by Brian T. Patterson
EVs, Chargers, Grid Integration and Lessons Learned from Public Chargers presented by Doug Houseman, Sean Morash and Scott Fisher
Interview with Peter Cappers - Impacts of SGIG Consumer Behavior Studies of Time-Based Rates on Customer Acceptance, Retention and Response
Impacts of SGIG Consumer Behavior Studies of Time-Based Rates on Customer Acceptance, Retention and Response with Peter Cappers