当代化工
噹代化工
당대화공
CONTEMPORARY CHEMICAL INDUSTRY
2014年
11期
2366-2369
,共4页
锂离子电池%动力电池%LiFePO4%产业化
鋰離子電池%動力電池%LiFePO4%產業化
리리자전지%동력전지%LiFePO4%산업화
Lithium-ion battery%High-power battery%LiFePO4%Industrialization
磷酸铁锂正极材料兼具安全性好、容量高且对环境友好等优点，成为目前最具潜力的动力电池正极材料之一。但其较低的电子导电率及离子电导率等缺点也十分明显。主要从磷酸铁锂正极材料本身的性能，包括倍率性能、能量密度、循环寿命和高低温性能方面分析了其实际应用于动力电池的潜力，以及结合国内外锂离子电池正极材料供应商情况简述了目前国内外磷酸铁锂产业化现状和趋势。
燐痠鐵鋰正極材料兼具安全性好、容量高且對環境友好等優點，成為目前最具潛力的動力電池正極材料之一。但其較低的電子導電率及離子電導率等缺點也十分明顯。主要從燐痠鐵鋰正極材料本身的性能，包括倍率性能、能量密度、循環壽命和高低溫性能方麵分析瞭其實際應用于動力電池的潛力，以及結閤國內外鋰離子電池正極材料供應商情況簡述瞭目前國內外燐痠鐵鋰產業化現狀和趨勢。
린산철리정겁재료겸구안전성호、용량고차대배경우호등우점，성위목전최구잠력적동력전지정겁재료지일。단기교저적전자도전솔급리자전도솔등결점야십분명현。주요종린산철리정겁재료본신적성능，포괄배솔성능、능량밀도、순배수명화고저온성능방면분석료기실제응용우동력전지적잠력，이급결합국내외리리자전지정겁재료공응상정황간술료목전국내외린산철리산업화현상화추세。
As its outstanding advantages of good safety, high capacity and less pollution to environment, lithium iron phosphate cathode material is now one of the most promising cathode materials applied in high-power lithium-ion batteries. However its low electronic conductivity and ionic conductivity and other shortcomings are as obvious as its virtues mentioned above. In this paper, practical application potential of lithium iron phosphate cathode material in the high-power lithium-ion batteries was analyzed from the aspects of key characteristics of the material described, such as rate performance, energy density, cycle life and high-low temperature performance. And domestic and foreign markets of LiFePO4 were introduced at the same time.
