Published Paper Details:

The Permanent Magnetic Synchronous Motor (PMSM) has become increasingly popular in high-performance applications, especially in electric vehicles, due to its excellent power density, high power factor, and superior efficiency. This research presents a novel approach to speed control for PMSM drives utilizing fuzzy logic control techniques. While Field Oriented Control (FOC) has been the conventional method for regulating torque and speed in PMSM systems, advancements in vector control have broadened the usage of PMSMs to sectors traditionally dominated by DC motors. The proposed fuzzy logic-based speed controller undergoes extensive testing using MATLAB/SIMULINK across various scenarios, including sudden changes in load and quick fluctuations in speed, even encompassing abrupt reversals. Through thorough analysis and simulation, this research aims to validate the effectiveness of this method in achieving precise speed control and robust performance in dynamic conditions. By integrating the advantages of PMSM technology with the flexibility and strength of fuzzy logic control, this study aims to enhance high-performance electric drive systems, particularly in applications that demand rapid and responsive motor control. Ultimately, this work aspires to advance the current state of electric drive technology, establishing new benchmarks for efficiency and performance in challenging environments.