ALGORITHMS OF BATTERY MANAGEMENT SYSTEM OF ELECTRIC VEHICLES

Alisha Jha; Pranjali Mudrale; Shreya Mukherjee; Madhuri Patane; Suhas Waghmare

doi:10.17605/OSF.IO/QUV6S

Authors

Alisha Jha Department of Electronics and Electrical Engineering New Horizon Institute of Technology and Management Thane-400615, Maharashtra, India
Pranjali Mudrale Department of Electronics and Electrical Engineering New Horizon Institute of Technology and Management Thane-400615, Maharashtra, India
Shreya Mukherjee Department of Electronics and Electrical Engineering New Horizon Institute of Technology and Management Thane-400615, Maharashtra, India
Madhuri Patane Department of Electronics and Electrical Engineering New Horizon Institute of Technology and Management Thane-400615, Maharashtra, India
Suhas Waghmare Department of Electronics and Electrical Engineering New Horizon Institute of Technology and Management Thane-400615, Maharashtra, India

DOI:

https://doi.org/10.17605/OSF.IO/QUV6S

Keywords:

Active balancing, sensors, microcontroller, state of charge, state of health

Abstract

Electric vehicles are the means of sustainable mobility which works on batteries. Lithium batteries are currently being used for energy storage in the EVs. There are researches going on for best choice of cell materials to have a more efficient battery than lithium batteries. However, this paper focuses on the modeling approaches of managing the performance of lithium ion batteries. Firstly we discuss the need for modeling a management system for the battery and then we focus on the implementation of the BMS model

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