Design of High Voltage Battery Topology Based on Experience with Integrated BMS Modules

J. Morávek, P. Mastný, Mateus de Paula Ramos Umbelino
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Abstract

The use of Lithium-based batteries is constantly rising in many different applications. They have great energy density and discharge rate, however they are quite sensitive regarding its operational limits. For a safe and efficient use of this type of battery, the use of a battery management system is mandatory. These systems are responsible for constant monitoring the battery and determining whether or not it's in operational conditions. In this paper we analyze data from a commercial Lithium-Ion battery pack that presented malfunctioning and propose a different configuration to avoid it.
基于集成BMS模块经验的高压电池拓扑设计
锂基电池在许多不同领域的应用不断增加。它们具有很高的能量密度和放电率,但它们对其操作限制相当敏感。为了安全有效地使用这种类型的电池,必须使用电池管理系统。这些系统负责持续监测电池并确定其是否处于操作状态。在本文中,我们分析了商用锂离子电池组出现故障的数据,并提出了一种不同的配置来避免它。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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