重庆理工大学学报：自然科学
重慶理工大學學報：自然科學
중경리공대학학보：자연과학
Journal of Chongqing Institute of Technology
2012年
4期
21-26
,共6页
混合电池-电容器%(LiMn2O4+AC)/Li4Ti5O12%单体%混合电动车
混閤電池-電容器%(LiMn2O4+AC)/Li4Ti5O12%單體%混閤電動車
혼합전지-전용기%(LiMn2O4+AC)/Li4Ti5O12%단체%혼합전동차
hybrid battery-capacitor%(LiMn2O4 + AC)/Li4Ti5O12%monomer cell%hybrid electric vehicles
以LiMn2O4和AC的混合物为复合正极,Li4Ti5O12为负极组装了一种混合电池-电容器单体器件。采用恒流充放电、倍率充放电、内阻测试、漏电流、自放电和循环性能测试对（LiMn2O4＋AC）/Li4Ti5O12混合电池-电容器的性能进行了测试。结果表明,（LiMn2O4＋AC）/Li4Ti5O12混合电池-电容器具有可快速充放电、能量密度高、寿命长、内阻小、漏电流和自放电低的优点,可作为混合电动车的动力辅助电源。
以LiMn2O4和AC的混閤物為複閤正極,Li4Ti5O12為負極組裝瞭一種混閤電池-電容器單體器件。採用恆流充放電、倍率充放電、內阻測試、漏電流、自放電和循環性能測試對（LiMn2O4＋AC）/Li4Ti5O12混閤電池-電容器的性能進行瞭測試。結果錶明,（LiMn2O4＋AC）/Li4Ti5O12混閤電池-電容器具有可快速充放電、能量密度高、壽命長、內阻小、漏電流和自放電低的優點,可作為混閤電動車的動力輔助電源。
이LiMn2O4화AC적혼합물위복합정겁,Li4Ti5O12위부겁조장료일충혼합전지-전용기단체기건。채용항류충방전、배솔충방전、내조측시、루전류、자방전화순배성능측시대（LiMn2O4＋AC）/Li4Ti5O12혼합전지-전용기적성능진행료측시。결과표명,（LiMn2O4＋AC）/Li4Ti5O12혼합전지-전용기구유가쾌속충방전、능량밀도고、수명장、내조소、루전류화자방전저적우점,가작위혼합전동차적동력보조전원。
A hybrid battery-capacitor LiMn2O4 ＋ AC）/Li4Ti5O12 using a Li4Ti5O12 anode and a LiMn2On/activated carbon（AC） composite cathode hybrid battery-capacitor LiMn2O4 ＋ AC）/Li4Ti5O12 was built. The electrochemical performances of the were characterized by constant current charge-dis- charge, rate charge-discharge, internal resistance, leakage current, self-discharge and cycle perform- ance testing. The results show that LiMn2O4 ＋ AC）/Li4Ti5O12 hybrid battery-capacitors have rapid charge-discharge performance, high energy density, long cycle life, low resistance, low leakage current and self-discharge rate, which meet the requirements of practical power supply and can be applied in auxiliary power supplies for hybrid electric vehicles
