University of Ontario Institute / Ryerson University / University of Western Ontario / /
IndustryTerm
inverse-time overcurrent devices / downstream protective devices / downstream devices / wired communications / backup protection algorithms / protection algorithm / typical medium-voltage distribution network / wireless local area network / conventional protective devices / wind power systems / conventional protection devices / radial distribution network / overcurrent devices / silicon devices / distribution network applications / micro gas turbines / signal-processing entity / energy flows / overcurrent protection algorithms / distribution network / energy storage devices / wireless signal transmissions / software environment / backup protection algorithm / synchronization algorithm / personal area networks / logic algorithm / typical distribution networks / adaptive protective devices / typical mediumvoltage distribution network / wireless communications / communications fails / reduced greenhouse gas emission level / long-range wireless / communication network / protective devices / realistic medium-voltage distribution network / proposed protection algorithm / present-day electrical equipment / /
Organization
Department of Electrical / Faculty of Engineering and Applied Science / University of Western Ontario / London / Institute of Technology / Ryerson University / Toronto / /
2088 IEEE TRANSACTIONS ON SMART GRID, VOL. 3, NO. 4, DECEMBER 2012 A Communication-Assisted Protection Strategy for Inverter-Based Medium-Voltage Microgrids