Driving Sustainability: Multiport Power Electronics Converter (MPEC) Topologies for Efficient Electric Vehicles (EV) Charging

Abstract

Electric vehicles are highly demand in recent years due to the deficiency of fuel, gas and no pollution emit. The various types are required different charging modes for EVs battery charging. The charging modes such power grid and renewable energies. Some EVs batteries, the utility grid mode is not suitable. Due to this the charging stations need the alternative method to operate both AC and DC. In this paper, the proposedmultiport power electronics converter(MPEC) in controller unit has been operated in both modes. This proposed converter can convert the AC-DC for charging applications and DC-AC for domestic applications. RES are required the battery storage unit to store the energy in rest mode. The proposed work is designed and simulated using MATLAB and obtained the output power and voltages for all modes of operations.