Design and Analysis of SVM Enabled PI Current Controlled MPPT Under Critical Loading Condition

The production of clean and green solar PV has increased in developing countries as a result of the recent economic boom in the field of renewable energy and climate change. Maximum power from solar PV modules has become a study focus due to the low efficiency of solar PV modules. Solar PV is run using a Maximum electricity Point Tracker (MPPT) to get the most electricity out of the system. Operating SPV under conditions of partial shading and at maximum power point is still a parameter that needs to be improved. The research proposes a Fuzzy Fokker Planck solution-optimized P & O MPPT-based particle swarm optimization with improved search space. Here, four different concentrations have been used to assess the partial shading situation. Through the use of simulation studies and hardware configuration, the proposed work has been validated. Using MATLAB simulation results, it was discovered that the proposed MPPT technique gives higher and better performance in terms of MPP convergence by enhancing the proposed system's effectiveness under partial shade conditions and strengthening the system.