MATLAB Simulation of Motor Direct Torque Control
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This article presents a MATLAB-based simulation of Direct Torque Control (DTC) for electric motors. Such simulations are crucial for understanding motor control technologies, as they enable the recreation of real-world control environments to analyze operational principles and limitations. The simulation incorporates various control algorithms and parameters—including hysteresis band comparators for flux and torque regulation, switching table implementations for inverter control, and parameter tuning for speed response optimization—to comprehensively evaluate motor control performance. Key functions like torque calculation, flux estimation, and PWM signal generation are implemented to demonstrate dynamic behavior under different load conditions. For any modifications or technical suggestions, please contact me at QQ: 404340669. Thank you!
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