Simulation of Voltage Regulation in Distributed Networks with High penetration using Battery Energy Storage Systems

摘要

Background: The voltage rise issue in low voltage (LV) distribution networks with high entrance of photovoltaic (PV) assets is one of the most important situations in the advancement of these renewable assets. In this paper, BES frameworks are utilized to explain the voltage fall during the peak PV age just as the voltage drop while meeting the peak load. Method adopted: In this paper, a control method of procedure is suggested for BESs employed in rooftop PV systems to moderate the voltage rise/drop issues in the LV distribution networks with high entrance of PV sources. A planned control methodology is presented in this paper to direct the charge/release of BESs utilizing a mix of the nearby hang based control strategy and an appropriated control conspire which guarantees the voltages of feeder stay inside allowed limits. Results: This paper shows the methodology which has been approved by a LV radial distribution feeder under various working conditions in MATLAB/Simulink. The test results validate that the control plot keeps the voltage in the system inside as far as possible during everyday activities is concerned. Conclusion: In this paper, yet another voltage guideline methodology in the low voltage (LV) distribution networks with high PV penetration has been simulated in MATLAB environment. This technique having a tendency to voltage rise/drop issues utilizing the distributed battery energy stocking (BES) systems. In like mode, a designed control conspire has been created to handle the system voltage and effectively use the capacity range of BESs during every day actions.