PV-Hybrid Energy Storage System Fed BLDC Driven Water Pumping Scheme with Fuzzy Logic Controller

P S H Vamsi Chowdary, D Prakasarao

Abstract


In present life non conventional energy sources are most powerful in the automotive field sector involve the use of  solar photovoltaic (PV)-fed water pumping scheme driven by a brushless DC (BLDC) motor drive. To overcome the difficulty among DC-DC converters and minimize the power processing with employed zeta converter .Duty ratio of zeta converter is controlled to extract the maximum power from the solar system with help of particle swam optimization(PSO)  based maximum power point tracking(MPPT) method. Hybrid energy storage system (HESS) is connected to PV system in order to maintain constant voltage at the input of BLDC motor drive and also mitigate the PV output variations. A robust power management algorithm is employed for proper control of PV-HESS system. The overall MPPT with power management control facilitates the zeta converter to meet smooth performance of the water pumping system with help of fuzzy logic controller. The performance of the proposed controller is demonstrated using MATLAB/SIMULINK for variation in atmospheric condition.


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