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State of charge modeling of lithium-ion batteries using dual exponential functions
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State of charge modeling of lithium-ion batteries using dual exponential functions

Ting-Jung Kuo, Kung-Yen Lee, Chien-Kang Huang, Jau-Horng Chen, Wei-Li Chiu, Chih-Fang HuangShuen-De Wu
Journal of Power Sources, 卷.315, 頁碼.331-338
05/2016

摘要

Discharging behaviors Exponential modeling LiFePO4 batteries State of charge Renewable Energy Sustainability and the Environment Energy Engineering and Power Technology Physical and Theoretical Chemistry Electrical and Electronic Engineering
A mathematical model is developed by fitting the discharging curve of LiFePO batteries and used to investigate the relationship between the state of charge and the closed-circuit voltage. The proposed mathematical model consists of dual exponential terms and a constant term which can fit the characteristics of dual equivalent RC circuits closely, representing a LiFePO battery. One exponential term presents the stable discharging behavior and the other one presents the unstable discharging behavior and the constant term presents the cut-off voltage.

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