Abstract
The paper presents the protection design, stability, and control challenges associated with and insights drawn from two real-world microgrids. The presented microgrids were built within the electric utility distribution systems with the existing interconnected electrical loads and Distributed Energy Resources (DERs). Detailed analysis of the observed site protection and stability challenges, supported by an extensive set of site measurements and simulations, along with a systematic approach to troubleshooting the identified issues, is presented. The efficacy of the proposed and or implemented solutions is also discussed.
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