Isolated DC-DC Converter using Switched Capacitor Fed Synchronous Reluctance Motor for Electric Vehicle

This paper aims to enhance the efficiency and performance of synchronous reluctance motor drives by integrating various Isolated DC-DC converters, including Flyback, Forward, Push Pull and multiport converters. The MATLAB simulation platform is employed for a comprehensive performance analysis of these converters in the context of synchronous reluctance motor driving. The study focuses on evaluating key parameters such as output voltage stability, current ripple, and overall system efficiency. By leveraging advanced converter topologies, the project aims to optimize the motor drive system's energy utilization, providing insights into the comparative advantages and limitations of each converter type. The findings contribute valuable knowledge to the field of electric motor drives, offering guidance for selecting suitable DC-DC converters to enhance the overall performance of synchronous reluctance motors in various applications.