Space Vector SVPWM Simulation

I developed a MATLAB-based Space Vector SVPWM simulation program that demonstrates exceptional performance. The simulation accurately generates space vector PWM control output waveforms, enabling thorough evaluation of system performance and stability. The implementation includes sector identification algorithms and voltage vector synthesis using Clarke transformation, allowing precise control of three-phase inverter outputs. The program features adjustable control parameters such as modulation index and switching frequency, facilitating exploration of different control strategies and their impact on system response. Through this simulation, I gained deeper insights into space vector PWM control principles and their applications in power electronics, providing valuable references for practical power electronic system design and development. The code structure incorporates key functions for reference frame transformation, sector determination, and duty cycle calculation, making it an effective tool for both educational and research purposes in power electronics.