SVPWM Simulation Model

This is a highly practical two-level SVPWM simulation model that warrants detailed examination. The model implements Space Vector Pulse Width Modulation algorithms with precise voltage vector sector identification and switching sequence generation, enabling in-depth understanding of level control techniques in power systems. Through this simulation environment, users can simulate and observe system performance under various level control strategies, including different modulation indices and switching frequency configurations. For electrical engineers and researchers, this serves as a valuable tool featuring MATLAB/Simulink implementations with configurable DC-link voltage parameters, dead-time compensation modules, and harmonic analysis capabilities. The model allows for verification and optimization of level control algorithms through real-time waveform monitoring and FFT analysis functions, ultimately improving system efficiency and stability. Users can leverage the embedded Clarke/Park transformation blocks and voltage balancing algorithms to achieve better results in practical applications.