Dynamic optimization strategy to enhance the efficiency of photovoltaic system

Our present work exploits the potential of photovoltaic energy: abundant wealth of Algeria and aims to improve the use of photovoltaic solar panels PPV. Directly associating photovoltaic panels with a given load sometimes limits their good exploitation. With this in mind, this present work is interested in developing and understanding one of the ways to exploit this inexhaustible energy. Indeed, a lack of optimization generates a system often presenting failures in efficiency and therefore poor exploitation of PPV. This work therefore aims to develop a technique to draw the best power from PPV. The technique is: the implementation of the dynamic topology method of PV panels to optimize their use given a fixed number of PPV. The developed method determines the best assembly of the PV field by adjusting the connections between its panels, in order to minimize losses in the system. The interest is to maximize the exploitation of photovoltaic cells. This optimal assembly of PPV is for any load, at real operating conditions. The results found are presented.