Water Pumping System using PSO-MPPT Algorithm based on Solar Photovoltaic

Water pumping system behavior under the influence of Brushless Dc Motor (BLDC) is examined in this research. One Global Point (GP) and a number of Maximum Power Point Tracking MPPT can be detected on the power-voltage curve of a Solar photovoltaic (SPV) array. In terms to control the global point, Partical Swarm Optimization (PSO) is used. It has been demonstrated that the PSO-based MPPT technique for the BLDC motor-water pump is superior to P&O. Dynamic as well as steady state testing has been done with a Buck booster converter-powered BLDC motor. It appears that PSO-based MPPT is more efficient than Perturb and Observe (P&O) in terms of simulation MATLAB/SIMULINK. Oscillations at maximal power have also been found to have a lower frequency than previously. The hardware outcomes will be incorporated into the last manuscript.