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Abstract
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The proposal focuses on optimizing microgrid (MG) formation in power distribution systems, emphasizing the integration of Distributed Generators (DGs) and Energy Storage Systems (ESSs). It identifies MGs as a solution for reliable power supply in both grid-connected and islanded modes, utilizing renewable and non-renewable energy sources. Challenges like demand fluctuations and generator variability are addressed through optimal resource allocation and advanced methodologies.
The study aims to design a novel optimization algorithm for DG and ESS placement, improve power flow analysis methods, and develop a hierarchical control strategy to enhance MG performance and cybersecurity. Data collection, mathematical modeling, and simulations in MATLAB and GAMS wil…
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