Maximum Power Point Detection in Photovoltaic Panel Using Fuzzy Controller and Using Battery Charging Control Module

One of the world's leading research on solar cells is about tracking maximum power. That is, scientists and researchers believe that by any means possible, with the lowest number of arrays in the solar panels, they will get the most solar energy from the panels and find the optimal point of radiation using smart algorithms. Environmental conditions cause changes in current, voltage and maximum power point in the photovoltaic panel. Therefore, in order to increase efficiency and reduce costs in the photovoltaic system, we need to control the photovoltaic panel at the maximum power point. The methods in terms of complexity, sensors are required, the convergence rate, cost, hardware and implement different models. In fact, there are so many people who can not be identified with certainty the most effective set them up for a photovoltaic system. In this paper, a generator is designed to increase the energy production of solar cells. Maximum power point tracking system of photovoltaic modules, boost converter and fuzzy controller for controlling the on-off switch MOSFET boost converter to maintain the output power of the photovoltaic array at the maximum power point Ast.lt formed using fuzzy controller in this paper, The rapid response is to environmental change. Also, changing the circuit will not affect its performance and ultimately very high efficiency to follow the maximum power point from 94.8% to 99.4% which confirms the simulation results mentioned above