A Hybrid Intelligent Controller for Extended-Range Electric Vehicles

A smart battery electric vehicle control framework is proposed in this paper. The specific controller empowers ceaseless observation and management of the battery's state with the scope of extending the vehicle's driving range under varying temperature and driving pattern conditions. The p...

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Published in:Engineering, technology & applied science research technology & applied science research, 2024-04, Vol.14 (2), p.13408-13415
Main Authors: Jayaraj, Jayakumar, Obulesu, Dakka, Govindaraj, Hemaprabha, Josh, Francisxavier Thomas, Rajeswaran, Nagalingam, Reddy, Chilakala Rami, Algarni, Abdullah S., Abdullah Alwabli, Malky, Saeed Faisal
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container_end_page 13415
container_issue 2
container_start_page 13408
container_title Engineering, technology & applied science research
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creator Jayaraj, Jayakumar
Obulesu, Dakka
Govindaraj, Hemaprabha
Josh, Francisxavier Thomas
Rajeswaran, Nagalingam
Reddy, Chilakala Rami
Algarni, Abdullah S.
Abdullah Alwabli
Malky, Saeed Faisal
description A smart battery electric vehicle control framework is proposed in this paper. The specific controller empowers ceaseless observation and management of the battery's state with the scope of extending the vehicle's driving range under varying temperature and driving pattern conditions. The proposed method utilizes an incorporated scheme for dealing with a crossover energy stockpiling framework to expand a battery's lifespan while further ensuring its smooth activity.
doi_str_mv 10.48084/etasr.6960
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