Gray Wolf Optimization Based Torque Ripple Reduction & Speed Control of SRM Drive for Industrial Applications

Authors

  • Patti Ranadheer, N. Prabakaran

Abstract

In this manuscript, speed as well as current controlling technique for lowering the SRM torque ripple is proposed. The rigorous SRM conduct has been examined over the aspects like torque, speed as well as current. Depending on aspects, the speed of motor has been lowered and regulated the ripples of torque. Later, control-signal has been produced in order to control SRM speed. Therefore, we have projected an augmented speed & controlling the current with the model of PWM for reducing the ripples of torque. The current optimization model depending on torque and current control strategy has been projected in order to control the SRM speed. Moreover, GWO (Gray-wolf-optimization) algorithm relied controller has been used for examining the SRM torque & speed. Ultimately, the projected strategy has been applied in domain of Simulink/MATLAB. Proposed model performance analysis has been contrasted and demonstrated with current strategies like ANFIS & ANN algorithm strategies.

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Published

2022-07-30