Complete PV System Simulation from Solar Cells to AC Load

This photovoltaic system represents a novel simulation model I developed to comprehensively simulate the complete energy conversion process from solar cells to AC electrical loads. The implementation utilizes MATLAB code for algorithmic calculations and Simulink for system-level modeling, demonstrating correct operational results with verified accuracy. I conducted detailed research and development on this PV system, ensuring simulation precision and reliability through rigorous testing methodologies. The simulation incorporates maximum power point tracking (MPPT) algorithms for solar optimization and inverter control logic for DC-to-AC conversion, providing deeper insights into photovoltaic system operational principles and performance characteristics. Through a series of experimental validations and parameter testing, I have verified the effectiveness of the simulation outcomes. This PV system model is grounded in current scientific research and technological advancements, possessing practical application significance and potential for real-world implementations. I will continue to enhance and optimize this simulation system to accommodate diverse requirements and application scenarios, including potential integrations with battery storage systems and grid-tie functionalities.