锂离子电池安全风险评估工具的开发

Jaesik Chung
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引用次数: 3

摘要

官方认可型号锂离子电池现场安全事故频发,引起了人们对其安全性和认证的高度关注,但对其潜在安全风险的关注和研究却很少。我们利用改进的FMEA方法和RPN概念开发了一个电池安全风险评估工具。为了验证这一概念,我们将该工具应用于CTIA LiB安全认证计划,并评估了批准的电池模型的潜在安全风险水平,这使我们能够预测模型在现场发生安全事故的概率。为了实现这个想法,我们采用了“系统集成效应”和“在标准的测试项目中添加额外的评估因素”的概念。综上所述,每个电池模型的RPN反映了电池的潜在安全风险水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a Li ion battery safety risk assessment tool
Frequent Li-ion battery (LiB) field safety incidents on the officially approved models have caused big concerns on its safety and certification, however, little attention and study have given to the potential safety risk of the certified battery. We developed a battery safety risk assessment tool by using a modified FMEA method with the RPN concept. To validate this concept we applied the tool to the CTIA LiB safety certification program and evaluated the latent safety risk level of the approved battery models, which enable us to predict the probability of a model's safety incident in the field. To realize this idea we adopted concepts of “system integration effects” and “add additional evaluation factors” to the standard's test items. In conclusion the RPN of the each cell model shows the latent safety risk level of the battery.
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