MATLAB-based Maximum Power Point Tracking Simulation Model

This MATLAB-based maximum power point tracking (MPPT) simulation model provides a computational framework for analyzing solar power generation systems. The model implements MPPT algorithms to dynamically track the optimal operating point of photovoltaic cells, maximizing energy harvest from solar panels. Through MATLAB/Simulink components, it simulates real-world scenarios including partial shading effects, temperature variations, and irradiance changes. The simulation includes key functional blocks such as PV array modeling, DC-DC converter control (boost/buck converters), and algorithm implementation modules where developers can test P&O, Incremental Conductance, or other custom MPPT techniques. Researchers and engineers can utilize this model to evaluate system performance, optimize converter parameters, and develop adaptive control strategies for improving solar energy conversion efficiency. The modular design also facilitates solar array configuration studies and performance validation under diverse environmental conditions, supporting the advancement of sustainable energy technologies through accurate system modeling and algorithm benchmarking.