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大型磷酸铁锂电池高温热失控模拟研究
梅文昕1(), 段强领1, 王青山2,3, 李妍2,3, 李欣4, 朱金大4, 王青松1()
Thermal runaway simulation of large-scale lithium iron phosphate battery at elevated temperatures
Wenxin MEI1(), Qiangling DUAN1, Qingshan WANG2,3, Yan LI2,3, Xin LI4, Jinda ZHU4, Qingsong WANG1()

图6. 150 ℃和160 ℃烘箱温度下模拟结果：(a) 电池平均温度；(b) SEI归一化浓度，cSEI；(c) SEI厚度，tSEI；(d) 负极归一化浓度，can；(e) 正极转化率，cca；(f) 电解液归一化浓度，cele

Fig.6. Simulation results at 150 ℃ and 160 ℃ oven temperature: (a) the average temperature of the battery; (b) normalized concentration of SEI, cSEI; (c) normalized thickness of SEI, tSEI; (d) normalized concentration of anode,?can; (e) degree of conservation of cathode,?cca; (f) normalized concentration of electrolyte, cele