I am trying to optimize energy sharing among multiple microgrids without making network unstable i.e. avoid voltage collapse and avoid angular instability. I have two questions:
1) Whether angle or frequency stability constraint is applicable to a network comprising of multiple microgrids connected over distribution lines?
2) In case when we have limited or no generation reserve, how frequency stability can be achieved? Can we just shed or adjust load or do demand side management?
I would appreciate any comment or link to relevant literature.
Protection of distributed generators connected with a network It is possible that several low-voltage microarrays are weak in a microarray,
Also known as mini smart grids or micro-grids, microgrids are small grids that provide a reliable, high-quality power supply to a small number of consumers. They aggregate multiple local and diffuse production facilities (micro-turbines, fuel cells, small diesel generators, photovoltaic panels, mini-wind turbines, small hydro), consumer installations, storage facilities and supervision and control tools. demand management. They can be connected directly to the distribution network or operate in island mode
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