Analysis of thermal management technologies for lithium-ion power batteriesLI Haiqiang, CHANG Hong, MA Tianyi77-86
Research progress on battery safety monitoring technology based on multi-physics sensingJIN Guanghui, LI Yue, DING Fei87-101
Study on the combustion characteristics of lithium iron phosphate energy storage modules and the suppression effects of fire extinguishing agentsZHANG Lei, HUANG Hao, MA Tianyi, FU Qiaoyu, ZHANG Yongfeng102-109,121
Performance degradation investigation of lithium iron phosphate and ternary lithium-ion batteries under slight electrical abuse conditionWEI Gang, HUANG Ranjun, JIANG Bo, CAI Jixiang, XU Wentao, ZHU Jiangong, WANG Xueyuan, WEI Xuezhe, DAI Haifeng110-121
Research on thermal abuse testing methods for lithium-ion batteriesZHANG Jinjie, LI Danhua, JIANG Chenglong, WANG Zhihao, LIU Lei122-128
Lithium battery operation safety domain model based on potential field theoryTANG Pingting, GONG Wenlong, BAO Huanhuan, CHEN Zhihao129-134
Research on safety management and control strategy for potential risks in new energy power battery laboratoryREN Gaohui, JIANG Chenglong, LIU Lei, HAN Ce135-142
A brief analysis of the power batteries thermal chemical toxicity and several suggestions for new energy safety legislationSUN Jie, ZHANG Fan, ZHOU Tian, WANG Yingying, LI Jigang, WEI Shouping, TANG Na, DANG Shengnan, WANG Yuguang, XIAO Yunhai, CHEN Jing143-150