Improvement Of Performance In Grid Connected Solar Photovoltaic For Water Pumping System Using Induction Motor

The aim of the study is to achieve a simple and decreasing cost configuration on photovoltaic systems composed of stages converters of maximum power and high efficiency on Induction motors. This system consists of two stages of controllers, one is maximum power point controller and fuzzy logic controller in which novel fuzzy membership is created in an induction motor. A total of 20 samples were collected from the two sets of irradiance in the solar photovoltaic system. These samples are analysed with incremental conductance, duty ratio, solar PV power and induction motor power performance motor power with a maximum power point tracking. The performance result improves the efficiency and forces a maximum power point on the induction motor at irradiance values and step size with respective control strategies. The G power used in an induction motor is 80.00% and the statistical test-difference between two independent means is kept at 0.05. In this study, it’s found that cost configuration and efficiency of improving induction motors with respective irradiance values.