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In this paper, the impacts of heavy loads, with intermittent non-linear nature, on the stability/security of microgrids operating in an islanded mode will be investigated. The microgrid architecture under study is assumed to have a renewable energy source, a storage system and multiple emergency generators. The impact of non-liner loads will be studied during normal operating conditions, and in the case of various contingencies. Moreover, a solution to mitigate the effect of these non-linear loads based on storage distribution will be discussed.

On the aggravating impact and mitigation of heavy non-liner loads on islanded microgrids