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《基于微通道平行流蒸发器的电动汽车空调系统性能-研究》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、摘要风速、蒸发器迎面风速、压缩机转速和系统充注量等工况因素对系统性能的影响，并提出相应优化建议。五、在上述仿真模型的基础上，利用VB建立了电动汽车空调系统设计选型与性能仿真软件平台，可完成设计计算与仿真计算，并可保存、输出。对于汽车空调设计人员有很好的实用价值。关键词：电动汽车，空调系统，微通道，平行流蒸发器，性能研究II万方数据上海交通大学硕士学位论文PERFORMANCESTUDYOFELECTRICVEHICLEAIR-CONDITIONINGSYSTEMBASEDONMICRO-CHANNELP
2、ARALLELFLOWEVAPORATORABSTRACTTheworld’sclimateproblem,environmentproblemandenergyproblemhavebecomeincreasinglyserioustoday;electricvehiclehasbecomethefuturevehicledevelopmentdirectionbecauseofitsadvantagesofzeroemission,lownoiseandhighefficiency.Sameasth
3、etraditionalfuelvehicle,electricvehiclealsoneedsair-conditioningsystemtokeepcomfortinthecar.Ahighefficientandenergysavingair-conditioningsystemisalsoessentialforelectricvehicle.Electricvehiclehasentirelydifferentsystemstructurewiththetraditionalfuelvehic
4、le,ithasnoenginetosupplypowersourcetotheair-conditioningcompressor,socompressoroftheelectricvehicleair-conditioningsystemisdrivenbymotordirectly.Duetothelimitedspaceofelectricvehiclepassengercompartment,arrangementofair-conditioningevaporatorisrestricted
5、seriously,whichrequiresevaporatorunitvolumetohavealargerheattransferrate.Tosolvethisproblem,doublearrangementofmicro-channelparallelflowevaporatorisadopted;thethesismainlyfocusesonthefollowingcontents:Firstly,establishR134aphysicalpropertiesrapidcalculat
6、ionmodelandmoistairphysicalpropertiesrapidcalculationmodel,solvetheprecisionandspeedofthecomputercall,putforwardmoistairphysicalpropertiesiterativecalculationlogic,anddeterminethestandardofevaporatordryconditionandwetcondition.Secondly,setupsteady-states
7、imulationmodelofelectricvehicleair-conditionsystemmaincomponents,includingscrollcompressormodel,thermostaticexpansionvalvemodelandrefrigerantpipemodeladoptinglumpedparametermethod;micro-channelparallelflowcondensermodelandmicro-channelparallelflowevapora
8、tormodelusingdistributedparametermethod.Consideringvoidfraction,establishIII万方数据摘要refrigerantchargemodel.Thirdly,carryonexperimentalstudyofthemicro-channelparallelflowevaporator,andverifytheaccuracyoftheabovetheoreticalmod
