资源描述：
《混合电动汽车用锂离子电池的研究（study on lithium ion batteries for hybrid electric vehicles）》由会员上传分享，免费在线阅读，更多相关内容在教育资源-天天文库。
1、混合电动汽车用锂离子电池的研究（Studyonlithiumionbatteriesforhybridelectricvehicles）Thisarticleiscontributedbylj986753421PdfdocumentsmayexperiencepoorbrowsingontheWAPside.ItisrecommendedthatyoufirstselectTXT,ordownloadthesourcefiletothelocalview.Volumesecond,phasethirt
2、y-seventh,April2007electricBATTERYpoolBIMONTHLYV01.37,No.2Apr.,2007StudyonlithiumionbatteriesforhybridelectricvehiclesYangJuanyu,LuJie,LiuSha,PangJing(BeijingnonferrousMetalResearchInstitute,Beijing100088,China)Abstract:LiMn20.Asthecathodematerial,devel
3、oped17Ahcylindricallithiumionpowerbatteryandthe336battery25.0Gdischargecontinueddischargepowerreaches900W/kg,andthepulsedischarge(4801V/17Ahpowerbattery.Performancetestresultsshowthat:ThreehundredandtwentyA,15S)specificpowerreaches1W/kg;1CcycleThecapaci
4、tyretentionratewas80.24%after000times.Thedischargecapacityof1.Ocat25and55DEGCwas74.29%and96.72%at25,respectively,andthebatterywasoverNoexplosion,nofirewhenfilled,punchedorsqueezed.Thefirstchargeanddischargecapacityofthebatteriescomposedof90singlecellbat
5、terieswas18.,Ahand17.47Ahrespectively.Keywords:lithiumionbattery;hybridelectricvehicle(HEV);CLCnumber:TM912.9documentcode:Aarticlenumber1001battery:(2007)02-1579-0104-03StudyOnTheLiionbatteryforHEVYANGJuan-Yu,LUShi-Gang,LIUSha,PANGJing(BeqingGeneralRese
6、archInstituteforNonferrousMetals,Beijing100088,China)WereAbstract:17AhcylindricalLiionpowerbatteryandthe336V/17Ahpowerbatteriescathodematerial.Theperformance25.0CTestManufacturedwithLiMn204AsResultsShowedthatthecontinuousspecificdischatgepowerofthecellW
7、as900W/kgWasAtRate,andthepulsespecificdischstareatGE(480A,158)powerofthecellRateOnethousandthreehundredandtwentyW/kg.After1000cycleswith1.0CRate.thecapacityretentionthatAtWas80.24%.Thedischgecapacityatat25DEGand55DEGretained74.29%and96.72%ofNot25with1.0
8、Crate,respectively.Thecelldid在首次充放电容量－爆炸或抓住当电池被多次充电、刺破时压的分别。90电池串联的电池是18.44啊，17.47ah.re—关键词：锂离子电池－；hyrbrid电动汽车（HEV）；电池在我国，应用于电动汽车和混合电动汽车（HEV）的锂离子电池已列入国家863计划和”十一五”规划。安全公司致力于lini02和利尼；Mn，02材料的开发和应用，其HEV用高功率型锂离子电池的比功率达到1800W／公斤，浅充放
