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Analysis and Control of Isolated Bidirectional HRPWM Converter for Solar Powered EV Charging Station

The major focus of this research is to implement an efficientElectric Vehicle (EV) charging station which is powered by both the PV system and the single phase grid. An Isolated Bidirectional HRPWM Converter (IBHRPWMC) is modelled to effectuate the enhancement of the PV system output voltage and achieve effective DC-DC voltage conversion. This proposed converter possesses bidirectional power flow capacity and enables both buck and boost mode of operation. The three-way interaction between PV system, EV battery charger and the grid ensures that the available electricity is used efficiently, charging time is reduced and grid stability is maintained. The cascaded Adaptive Neuro Fuzzy Inference System(ANFIS) controller is adopted for controlling the operation of IBHRPWM converter whereas the Adaptive PI controller is used for controlling the operation of single phase Voltage Source Inverter (VSI). The proposed methodology is validated using MATLAB simulation and the results are obtained.