IMPACT OF LOAD TORQUE VARIATIONS ON THREE PHASE INDUCTION MOTOR TO ENHANCE ITS PERFORMANCE
Publication Date : 09/10/2022
This work is centered on enhancing the performance of three phase induction motor. The MATLAB/SIMULINK function program that makes use of the Runge-Kutta fourth order numerical method to solve a set of first order differential system of equations describing electrical and mechanical models was used in predicting the results. The dynamic behaviors of the motor under varying load torque (20 – 60) Nm were studied. By digital simulation of the resulting differential equations, typical transient responses of the motor were represented. Results reveal that increase in load torque leads to decrease in motor speed.
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