Comparative Analysis of Switched Reluctance Motor Drive with Different Sources for Electric Vehicle

The electric vehicles (EVs) has brought about substantial enhancements in the economy, reliability, and efficiency of the automotive industry. Brushless DC Motor (BLDC) and Permanent Magnet Synchronous Motor (PMSM) are the most commonly used as an EV motors, as both of these motors have good power capacity and efficiency. Switched Reluctance Motor (SRM) has effective torque capability, strong structure, and low cost, which have drawn lots of attention to the industry. Through a detailed examination of the power converters that have previously been available for SRM drive, is applied to the SRM-based EV system and has been simulated for various input sources. A comparative analysis between estimated speed and actual speed has been presented in this work. The simulation results provided in Table III shows the comparison of both the speeds (estimated speed and actual speed) for different input supply-based SRM EV drive systems.