Analysis and Impacts of Grid Integrated Photo-Voltaic and Electric Vehicle on Power Quality Issues

Electric vehicles (EVs) and photovoltaic (PV) systems have been progressively incorporated into the grid in recent years principally due to two factors: reduced energy costs lower pollutants. Numerous studies investigated how integrating PV EVs may affect specific people. It is crucial understand that electricity will experience combined effects of PV–EV integration as EV penetration increases. The primary motivation for PV’s with Vehicle-to-Grid (V2G) Grid-to-Vehicle (G2V) services aim reduce charging from discharging; moreover, another prerequisite must be satisfied before arrays able provide V2G services. range between driving limit battery degradation should reasonable. way charge discharge impacted by these factors. analyses are required order control power various source load scenarios. In balance grids manage frequency, controllers such Improved Particle Swarm Optimization (IPSO), Ant Colony (IACO), Mayfly (IMO) used. As a result, V2G/G2V helps feed back grid. By providing proper duty cycle ratio, proposed controller regulates converter switching. This study allowed performance analysis operation simulation grid-connected PV/EV/Grid system. purpose this system was maximize self-consumption while maintaining quality characteristics like harmonics, voltage/current, factor.