Thermal optimization in electric vehicle wireless charging

Abstract

Effective thermal management of electric vehicle (EV) wireless charging systems is crucial for ensuring system safety and reliability. This project aims to develop a comprehensive thermal optimization framework using Multiphysics coupling analysis for EV wireless charging systems. Electromagnetic field analysis will simulate the wireless power transfer process between the transmitter coils and receiver coils, while thermal analysis will calculate the temperature distribution across the entire system. An optimization algorithm will identify the optimal design parameters that minimize temperature rise in the system. By optimizing the design of the EV wireless charging system, safety hazards caused by overheating can be effectively mitigated, and the system's transfer efficiency can be further enhanced.