Self-Developed Permanent Magnet Synchronous Motor Model Simulation

Self-developed Permanent Magnet Synchronous Motor (PMSM) model simulation represents a fascinating technical endeavor, specifically implementing a dq-axis reference frame based PMSM architecture. For beginners, constructing complex subsystems may initially appear challenging, particularly when implementing Clarke and Park transformations for reference frame conversion. However, by studying and understanding this self-developed model, you can gain deeper insights into PMSM simulation implementation, including current controller design, flux linkage calculations, and torque generation algorithms. This model will help you master the application of these techniques in future projects involving motor control systems. Furthermore, this self-developed model serves as an excellent foundation for understanding related disciplines such as electrical engineering and mechanical engineering, particularly in areas like field-oriented control (FOC) implementation and power electronics integration. We recommend that during your learning process with this model, you actively explore knowledge from adjacent domains to comprehensively enhance your technical skills, including practicing MATLAB/Simulink implementation of coordinate transformations and closed-loop control strategies.