Modelling and Analysis of Hybrid Fuzzy Tuned PI Controller based PMBLDC Motor for Electric Vehicle Applications

Permanent magnet machines are very suitable for Electric vehicles and Motor pump applications because of their simple construction, ease control high efficiency. Among the different Magnet Brushless DC motors (PMBLDC) as well permanent particularly EV owing to high-speed performance constant speed-torque features. In this paper, PMBLDC motor is modelled analysed mathematically using its equivalent circuit. The speed controlled an intelligent fuzzy logic-tuned PI controller. This controller hysteresis current (HCC) perform steady state closed loop operation. proposed hybrid reduces second-order underdamped system drawbacks such settling time, integral absolute error, steady-state error maximum peak overshoot. A achieves a time at 0.1 s, which provides smooth motor. design modelling entire work done with Matlab's help verify system's performance.