Renewable Energy Powered Two Stage DC-DC Boost Converter for Electric Vehicle Application

This article deals with the design and execution of a DC-DC two-stage boost converter along lower switch grouping for Electric Vehicle applications. The DC-DC boost converter must interface between the low voltages from solar to the high voltage in an Electric vehicle charging system. For high-voltage applications, a conventional boost converter is not suitable. Hence this examination aimed to do a simulation with a DC-DC two-stage boost converter for higher voltage applications with low input voltage. Also, the analogy between conventional DC-DC boost converter voltage and current output will be analyzed. MATLAB/Simulink 2022b software is implemented for the simulation, modulation and investigation of the planned system. This paper focuses on addressing the specific needs of Electric Vehicle charging systems by designing and simulating a two-stage DC-DC boost converter capable of efficiently converting low input voltages from solar sources to high voltages required for EV charging.