Implicit Control of DC-DC Converter based DC Motor for the Charging of Electric Vehicle using Fuzzy Logic Controller
Sunil SemwalSurya KantGraphic Era Hill University,Department of Electronics and Communication Engineering,Bhimtal,India,263132Krishnan BandyopadhyayDayananda Sagar College of Engineering,Department of Medical Electronics Engineering,Bengaluru,KarnatakaMohammed AsimIntegral University,Department of Electrical Engineering,Lucknow,IndiaRaghav GargSweta GoyalGraphic Era Deemed to be University,Department of Electrical Engineering,Dehradun,India
2024en
ABI
Annotatsiya
This article demonstrates the charging of electric vehicle system with the support of DC-DC converter and DC motor. The charging of electric vehicle is one of the issues which has been addressed in the article. The poor state of charge and improper voltage profile are the few challenges with the charging system. The proposed system consists of DC-DC converter between DC voltage source and DC motor and switching and controlling of DC-DC converter has been fuzzy logic controller and vector control. It is observed that least voltage deviation and improved SOC has been attained with FLC in comparison to vector control under the half and full load condition.
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