PV System with Zeta Converter using ANFIS Controller based GWO Optimization

In this paper, various distribution strategies for renewable energy are created to optimize the effectiveness of the output voltage gain. PV systems work under different weather conditions such as uniform and partial shading weather conditions. This causes inconsistent power in PV systems. The network operations are affected by the problems of loads harmonic current, insufficient supply energy and the lack of power factor. Electricity from solar system is boosted using switching devices in the proposed model. Power converters have been used in traditional operations to enhance demand consumption. This article presents the conversion efficiency of a DC-DC in electric vehicles using power conversion of Zeta configuration and controlling approaches are MPPT method based Anfis controller with grey wolf optimization (GWO) technique. This article is being used to produce significant voltage gains through the ZETA converter for electric vehicle. The PV system is generating power supply to the load and the output voltage from the generation system is enhanced using Zeta converter which is connected with voltage source converter. The DC connection capacitor would be used to maintain the outputs voltage level conversion. The outputs of the proposed system are verified and validated using MATLAB/Simulink.