基于锂离子电池热失控模型的电热耦合滥用条件分析
许金龙1(
), 沈佳妮1, 王乾坤1, 贺益君1(), 马紫峰1, 谈文2, 杨庆亨2
), 沈佳妮1, 王乾坤1, 贺益君1(), 马紫峰1, 谈文2, 杨庆亨2
Analysis of electrothermal coupling abuse condition based on thermal runaway model of lithium-ion battery
Jinlong XU1(), Jiani SHEN1, Qiankun WANG1, Yijun HE1(), Zifeng MA1, Wen TAN2, Qingheng YANG2
), Jiani SHEN1, Qiankun WANG1, Yijun HE1(), Zifeng MA1, Wen TAN2, Qingheng YANG2
图4. 电池过充-热失控过程中各部分产热速率变化图：(a) 0～30000 s；(b) 18350～18390 s
Fig. 4. Heat generation rate during battery overcharge-thermal runaway process: (a) 0～30000 s；(b) 18350～18390 s
