SVPWM Module Implementation for MATLAB Motor Simulation

In my self-developed MATLAB motor simulation, I implemented an SVPWM (Space Vector Pulse Width Modulation) module. This module accepts voltage input parameters U_alpha and U_beta in the α-β coordinate system, along with switching period T, DC bus voltage U_dc, and generates six-channel PWM pulse signals. The core algorithm involves sector identification based on voltage vector components, followed by calculation of active vector time durations using trigonometric relationships and clamping to ensure proper waveform generation. These parameters work synergistically to optimize motor performance by achieving precise voltage vector control, resulting in higher efficiency and reduced torque ripple. The implementation includes proper handling of overmodulation conditions and smooth sector transitions through appropriate switching sequences. I found this SVPWM module not only user-friendly and straightforward to operate but also highly reliable, enabling me to efficiently complete motor simulation tasks. The code structure facilitates easy parameter adjustment and real-time performance monitoring. Overall, I consider this SVPWM module exceptionally practical and highly recommend it to engineers working on motor control and simulation applications.