Harmonic mitigation and power quality improvement in utility grid with solar energy penetration using distribution static compensator

Distribution static compensator is based on power electronic devices technology which utilized to supply rapid changes in active as well reactive of utility grids. This useful achieve corrections factor, balancing load, compensation current and filtering harmonics. Therefore, proposed work investigates the improvement quality by utilizing distribution compensator, equipped battery energy storage system interfaced network with solar photo voltaic (PV) integration. In present study, controlled using a control strategy synchronous reference frame theory. Customised IEEE-13 nodes test incorporating PV generation perform harmonic mitigation analysis. Disturbances harmonics have been investigated due abrupt insolation radiation, outage plant from grid synchronization grid. MATLAB/Simulink environment study. Effectiveness developed approach validated comparing results simulation extracted real time digital simulator. Results indicate that method more effective for improving electrical integrated generation. Performance compared performance methods reported literature establish suitability energy.