Management of Reactive Power Sharing for PV based Smart Microgrid System
Keywords:
Renewable Energy Sources (RES), Photovoltaic, Battery, Smart Grid, MicrogridAbstract
Smart-grid proficiency stresses the complex networks of the electricity, it will bring together in future smart infrastructure for power system through dynamics among sources. This research proposes the vital operation of renewable energy sources (RES) like solar photovoltaic (PV), wind energy, fuel cell (battery) with an existing grid of AC and diesel generator as standby, in the interpretation of the cognitive and reliable process of power systems. These sources modeling and simulation is performed for optimal power flow based on power flow chart for demand-side management. The designed system fulfills realistic operation for the power system, based on fundamentals. The constraints are lively for synchronizing of voltage, frequency and waveform at the PCC for grid integration with RES. Also, these are beneficial for the switching of protective devices through remote monitoring and control. Finally, with these features, the developed system testing are conceded for linear, nonlinear and dynamic loading. These results are proximate to the specified tolerance at different universal morals.
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