BLDC Driven Water Pumping By Using PSO Grounded MPPT Technique With Zeta Converter

Abstract

The high useage of renewable sources in the field of agriculture sector  the use of solar photovoltaic fed water pumping system driven by a motor. To reduce the issue of excessive power loss from solar and to stored in batteries and capacitors. The maximum power drawn from the solar array by controlling the duty cycle of zeta converter through  swam optimization rested maximum power point shadowing algorithm. The increasing worldwide electricity demand attracts scientists' interest in the efficient use of renewable energy sources. This same solar energy network, which is safe and environmentally friendly, is very popular among the numerous renewable sources of power. Given that solar energy is sporadic in existence, it requires the full power point could monitor the output from the solar electricity system. A robust power operation algorithm is employed for proper control of photovoltaic hybrid energy supply system. The proposed  controller is demonstrated using Simulink for variation in atmospheric condition and Xilinx system creator control platform.