Abstract :

The Transportation Industry Is Quickly Changing Due To The Fast Adoption Of Electric Vehicles. Strong And Ecofriendly Electrical Charging Facilities Is Necessary For The Changeover Process, Nevertheless. Conventional Batterypowered Automobile Charging Stations Are Usually Dependent On The Conventional Electrical Grid, Which Is Highly Dependent On Non-renewable Energy Sources And Is Subject To Fluctuations. This Article Presents A Revolutionary Method That Overcomes Inefficiency And Unreliability In Electric Automobiles Charging Devices By Integrating Renewable Energy Sources. In Order To Work In Both Step-up And Stepdown Configurations That Enable Appropriate Power Transfer With Optimal Efficiency, A Zeta Converter Has Been Used To The Regulation System For The Variation Of PV Output Voltage. In Order To Ascertain The Solar Irradiance And Loading Criteria, An Intelligent Robust Regulation System Is Built For The Uncertainties And Nonlinearities Of The Proposed System. Simulation Findings Verify That The System Can Achieve MPPT And Maintain Consistent EV Charging Outcomes While Operating Significantly. The ANN-based MPPT Reduces Transient, Rapidly Tracking Pv Voltage And Pv Current. Index Term: Zeta Converter, SMC Controller, ANN MPPT Algorithm, Photovoltaic Energy System, Electric Vehicle (EV) And Charging Station.

Published:

12-8-2026

Issue:

Vol. 26 No. 8 (2026)

Page Nos:

847 - 856

Section:

Articles

License:

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

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