ABSTRACT
The study of a solar (PV)-based multiport converter intended for EV charging is presented in this paper's abstract. Even in times of low sunlight, the system's array of solar cell storage and bidirectional DC-DC converter provide a steady supply of power to the DC motor. By functioning in both directions, the multiport converter effectively controls power distribution, making it possible to store extra energy from the photovoltaic panel in the designated battery. A complex MPPT (Maximum Power Point Tracking) controller enhances the extraction of electricity from the PV module under changeable load and irradiation circumstances. Through testing in MATLAB/Simulink, the model's effectiveness and efficiency were carefully assessed, offering important insights into the Multiport Converter's abilities in the suggested EV charging architecture.
