MODELING ALGORITHM FOR REACTIVE POWER CONTROL AND REGULATION OF ASYNCHRONOUS MOTORS USING CURRENT CONVERTERS

Abstract

This expanded study presents a comprehensive modeling and control algorithm for reactive power management in asynchronous motors using current converters. The research focuses on the detailed development of a control strategy that ensures efficient regulation of reactive power and electromagnetic torque under variable load conditions. Through mathematical modeling and simulation in MATLAB/Simulink, the algorithm demonstrates the ability to minimize energy losses, enhance voltage stability, and maintain a high power factor. The findings significantly contribute to improving industrial motor drive efficiency.