Technical, economic and social challenges and potential solutions in designing and operating viable microgrid systems
* 21PESGM2499, A method for cyber-secure microgrids with high solar power penetration: M. ILIC, Massachusetts Institute of Technology * 21PESGM2500, Forecasting of Intermittent Generation in Isolated Microgrids: M. NEGNEVITSKY, Univ. of Tasmania * 21PESGM2746, Reviving and Upgrading an Isolated High Renewable Energy Penetration System: A Remote Alaska Case Study: R. WIES, University of Alaska * 21PESGM2771, Barriers to the Deployment of Microgrids in Austere Environments and Potential Solutions: R. WIECHENS, MIT
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Members: $5.00PES
IEEE Members: $10.00
Non-members: $20.00
26 Jul 2021
The objective of this panel is to present the current state-of-the art in designing and operating microgrid systems and discuss technical, economic and social challenges that are being encountered. The panel will discuss issues related to control strategies, protection, islanding operation as well as microgrid standards and regulatory barriers. Examples of practical installations worldwide will be presented.
Chairs:
Marija Ilic, Massachusetts Institute of Technology, Michael Negnevitsky, Univ. of Tasmania
Sponsor Committees:
Energy Development and Power Generation
