ETEDPOF Gain Optimization for Cuk Converter Fed Induction Motor Coupled with DC Motor for Smart EV

In this paper, passivity based control technique is implemented for cuk converter and inverter fed induction motor coupled with DC motor. Here, a control strategy is suggested to drive for electric vehicle application. The cuk converter has advantage of giving high output voltage with less switching losses due to low operating voltage of MOSFET and low operating duty cycle. The inverter should provide proportional voltage to attain reference speed to the induction motor, having motor torque and load torque applied through DC motor. The ETEDPOF control is selected among passivity-based control techniques as it satisfies exponential stability criterion. The system tracks variation in speed and torque in few seconds as verified by software platform of MATLAB/Simulink.