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A Scientific Methodology for Investigation of a Lithium Ion Battery Failure

机译:调查锂离子电池衰竭的科学方法论

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Lithium-ion (rechargeable) batteries of various capacities and form factors appear in increasing varieties of consumer products including laptop computers, cellular telephones, digital cameras, portable music players, mini DVD players, children's toys, and cordless power tools. On occasion, the batteries in these products fail in a manner that includes overheating, case rupture, and even flaming combustion. Exponent has developed a systematic approach to lithium-ion battery failure investigations that has proven useful in identifying the root cause(s) of these failures. This approach includes collecting information about the incident, dissecting the remains of the incident device and battery pack, conducting visual, X-ray, and scanning electron-microscope examinations of failed and exemplar cells, and electrical testing of charging and battery protection system components. In this paper, we discuss the general approach developed, and provide examples of its application.
机译:锂离子(可充电)各种能力的电池和外形因素出现在增加的消费产品中,包括笔记本电脑,蜂窝电话,数码相机,便携式音乐播放器,迷你DVD播放器,儿童玩具和无绳电动工具。有时,这些产品中的电池以包括过热,壳体破裂和甚至火焰燃烧的方式失效。指数已经开发出一种系统的锂离子电池故障调查方法,这些方法已经证明可用于识别这些故障的根本原因。这种方法包括收集有关事件的信息,解剖入射装置和电池组的遗体,导电失败和示例电池的视觉,X射线和扫描电子显微镜检查,以及充电和电池保护系统部件的电气测试。在本文中,我们讨论了开发的一般方法,并提供了其应用的例子。

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