Hybrid fuzzy controlled isolated microgrid based on RES and ESS - Shaik, Sana;Charitha, M. Divya
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The enabling of ac micro grids in distribution networks allows delivering distributed power and providing grid support services during regular operation of the grid, as well as powering isolated islands in case of faults and contingencies, thus increasing the performance and reliability of the electrical system. This book proposes an alternative strategy to control the generated power within an isolated ac micro grid with distributed RES. The proposal is to control the terminal voltage of the existing battery banks below or equal its maximum allowable value. In this particular book, the power…mehr

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Produktbeschreibung
The enabling of ac micro grids in distribution networks allows delivering distributed power and providing grid support services during regular operation of the grid, as well as powering isolated islands in case of faults and contingencies, thus increasing the performance and reliability of the electrical system. This book proposes an alternative strategy to control the generated power within an isolated ac micro grid with distributed RES. The proposal is to control the terminal voltage of the existing battery banks below or equal its maximum allowable value. In this particular book, the power system consists of a power electronic converter supplied by a battery bank, which is used to form the ac grid, an energy source based on a wind turbine with its respective power electronic converter, and the power consumers (loads). The main objective of this proposed strategy is to control the state of charge of the battery bank limiting the voltage on its terminals by controlling the powergenerated by the energy sources. This is done without using dump loads or any physical communication among the power electronic converters or the individual energy source controllers.
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Autorenporträt
Mrs. Sana Shaik has Master in Electrical Engineering with a specialization in power electronics. She has a keen interest in research based on microgrids.