Abstract :

A State-of-the-art Hybrid Energy Systembased Multi-input Dc-dc Converter Featuring Fuzzy Control Is Proposed In This Work. Since Fuzzy Controllers Provide A Number Of Benefits Over Traditional Controllers, We Employ Them In This Study. Fuzzy Controllers Combine The Capabilities Of Automated Devices With Expert Judgment, Making Them Ideal For Human Decision-making. You May Use The Suggested Converter To Transfer Power From One Source To Another. The Suggested Converter Has Two Modes Of Operation: One For Charging Batteries And Another For Discharging Them. All Input Sources Provide Power To The Output. To Control The Output Power Of ESSs, The Suggested Converter Permits Active Power Sharing. It Is Possible For The Voltage Levels Of The Employed ESSs To Exceed Or Fall Below The Output Voltage. When Applied To A Nonlinear System, A Fuzzy Controller Both Improves Performance And Decreases The Impact Of Control Uncertainty. With The Help Of The Simulation Findings, We Will Investigate The New Hybrid System Architecture For Electric Cars, Namely The Bidirectional Independent Multi-input Converter (MIC) Topology.

Published:

31-7-2026

Issue:

Vol. 26 No. 7 (2026)

Page Nos:

1419-1425

Section:

Articles

License:

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

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