锂离子电池管理系统中过充保护和无源平衡电路的设计

Michael, Reza Pernandito Sujatmiko, T. Abuzairi, M. Rizkinia, T. Kurniawan
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引用次数: 6

摘要

目前,广泛使用的电池类型是锂材料电池。锂电池具有比其他材料高的功率密度,但锂材料是非常有毒和危险的,因此需要特殊处理才能操作。本文设计了一种对蓄电池进行过充电保护和无源平衡的蓄电池管理系统。过充电保护电路是通过监测每个电池单元同时充电时的电压和电流值来测试的。而无源平衡电路仅通过测量每个电芯的电压值来进行。根据测量结果,所提出的电路能够防止过充电,并在3.75伏的电压和0.2安培的充电电流下平衡每个电池单元。
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Design of Overcharging Protection and Passive Balancing Circuits Using Dioda for Lithium-Ion Battery Management System
Currently, the type of battery that is widely used is a Lithium material battery. Lithium batteries have high power density than other materials, however lithium material is very toxic and dangerous, hence it requires special handling for operation. In this paper, a battery management system which can protect and do passive balancing of the battery from overcharging are carried out. The overcharging protection circuit is tested by monitoring the voltage and current values of each battery cell when it is charged, simultaneously. While the passive balancing circuit is conducted only by measuring the voltage value of each battery cell. Based on the measurements, the proposed circuit is able to protect from overcharging and to balance each battery cell at a voltage of 3.75 Volt with a charging current of 0.2 Ampere.
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