Induction Motor Drive Using Model Prediction Torque Control

The paper addresses the prediction of stator flux and motor torque through the application of an induction machine model for the drive system. Initially, the model is presented, followed by its application to approximate the state vector at the (k + 1)th instant. A cost function is formulated based on the absolute errors in stator flux magnitude and motor torque. Subsequently, simulations are conducted, and comprehensive comparisons are drawn in conjunction with pulse-width modulation direct torque-controlled induction motor drive.