Enhancement Performance and Efficiency of Photovoltaic Systems based on MPPT Fractional Arithmetic Optimization Algorithm

The focus of this paper is photovoltaic (PV) systems. Conventional MPPT has a number of flaws, the most notable of which are its fixed step change, sluggish Response time, high ripple, and high oscillation due to its swing about its(MPP). In order to solve these issues, this research suggests using the fractional optimizer MPPT. The proposed Arithmetic Optimization Approach (AOA) is anew metaheuristic algorithm for optimizing the three parameters of the FPI controller. The simulation results demonstrate that the suggested MPPT is particularly effective in reaching the MPP under non-uniform conditions without overshoot, oscillation, and minute ripple, in contrast to conventional MPPT and several clever techniques in the literature studies. The planned Mppt's efficiency is 99.2% numerous outcomes from matlab simulations show the success of the suggested controllers at improving power quality.