Single-Phase Inverter Model with Grid Voltage Feedback Control

I have developed a MATLAB model of a single-phase inverter featuring grid voltage feedback control technology. This implementation typically involves using proportional-integral (PI) controllers to regulate the inverter's output by comparing the measured grid voltage with a reference signal. The feedback mechanism ensures stable inverter output voltage while allowing real-time adjustments based on grid voltage variations. This model is particularly useful for studying inverter electrical characteristics, performing simulation-based analysis, and conducting validation tests for practical applications. The simulation likely includes key components such as PWM generation, voltage sensors, and control loops implemented through MATLAB's Simulink environment with specialized power electronics blocksets. I am sharing this model to assist researchers and engineers working with inverter control systems. For any technical inquiries or collaboration opportunities, please feel free to contact me.