OPTIMIZATION OF THE OPERATION OF A PUMP SYSTEM AND PHOTOVOLTAIC MEMBRANE ULTRAFILTRATION BY USE OF A FUZZY CONTROLLER

This article presents a smart approach optimization performance of a photovoltaic pumping system (PVPS) coupled to a module of ultrafiltration membrane to water by the use of a fuzzy controller for power for obtaining a better drinking water flow. The complete system, operating over the Sun is and simulated on Matlab/Simulink is a system PV-boost/MPPT-fuzzy/MLI-inverter/MLI-motor-pump/ Membrane ultrafiltration module. The boost converter (IGBT) switch is controlled by a fuzzy controller that adjusts the duty cycle regularly depending on the climatic conditions and ensures the operation of the complete system at the point of maximum power, allowing the Group motor-pump-module to ultrafiltration to deliver a flow and a pressure of drinking water superior to the system using the MPPT-P&O controller