蓄电池
蓄電池
축전지
CHINESE LABAT MAN
2014年
6期
282-286,288
,共6页
刘志鹏%顾大明%陈锋强%臧宁%王振波
劉誌鵬%顧大明%陳鋒彊%臧寧%王振波
류지붕%고대명%진봉강%장저%왕진파
铅酸电池%铅炭电池%炭材料%高倍率部分荷电状态%混合动力电车%超级电池
鉛痠電池%鉛炭電池%炭材料%高倍率部分荷電狀態%混閤動力電車%超級電池
연산전지%연탄전지%탄재료%고배솔부분하전상태%혼합동력전차%초급전지
lead-acid battery%lead-carbon battery%carbon material%high-rate partial-state-of-charge%hybrid electric vehicle%ultrabattery
混合动力电车要求电池能够在高倍率部分荷电状态下有较好的循环性能，普通铅酸蓄电池不能满足这一要求，因此，铅炭电池技术应景而生。本文主要论述了铅炭电池技术的发展历程，不同种类的炭材料对电池性能的影响、面临的问题及解决办法。
混閤動力電車要求電池能夠在高倍率部分荷電狀態下有較好的循環性能，普通鉛痠蓄電池不能滿足這一要求，因此，鉛炭電池技術應景而生。本文主要論述瞭鉛炭電池技術的髮展歷程，不同種類的炭材料對電池性能的影響、麵臨的問題及解決辦法。
혼합동력전차요구전지능구재고배솔부분하전상태하유교호적순배성능，보통연산축전지불능만족저일요구，인차，연탄전지기술응경이생。본문주요논술료연탄전지기술적발전역정，불동충류적탄재료대전지성능적영향、면림적문제급해결판법。
In order to meet the new requirements of the hybrid electric vehicle, lead-carbon battery technology born. Lead-carbon battery is a new type of lead-acid batteries, in which carbon materials are added to the negative active materials. It has a good prospect in electric vehicles and energy, etc. This paper discusses the development process of lead-carbon battery technology, the impact of different types of carbon materials on the battery performance and the generated questions.
