全氟己酮及细水雾灭火装置对大容量三元锂离子电池的灭火实验
谢卓衡1(
), 王子阳2(), 张刚1, 辜振宁1, 石晓龙3, 姚斌2()
), 王子阳2(), 张刚1, 辜振宁1, 石晓龙3, 姚斌2()
Experimental study on fire extinguishing of large-capacity ternary lithium-ion battery by perfluorohexanone and water mist fire extinguishing device
Zhuoheng XIE1(), Ziyang WANG2(), Gang ZHANG1, Zhenning GU1, Xiaolong SHI3, Bin YAO2()
), Ziyang WANG2(), Gang ZHANG1, Zhenning GU1, Xiaolong SHI3, Bin YAO2()
图7. 锂离子电池热失控温度、电压变化图。(a) 锂离子电池在细水雾系统作用下TC3～TC8及电压图；(b) 锂离子电池在细水雾系统作用下TC3～TC8局部放大图
Fig. 7. Lithium battery thermal runaway temperature, voltage changes diagram: (a) TC3-TC8 and voltage diagram of lithium battery under the action of water mist system; (b) Local magnification of lithium-ion battery tc3-TC8 under the action of fine water mist system
