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1、Adynamiclithium-ionbatterymodelconsideringtheeffectsoftemperatureandcapacityfadingO.Erdinc,B.VuralandM.Uzunoglu,Member,IEEEChenandMora[10]proposedabatterymodelthatcanAbstract--Batterymodelscapturethecharacteristicsofreal-predictbothbatteryruntimeandI-Vperformanceaccuratelylifebatteries,an
2、dcanbeusedtopredicttheirbehaviorunderbycombiningthetransientbehaviorsofbatterywithavariablevariousoperatingconditions.Inthispaper,adynamicmodelofopencircuitvoltageandinternalresistance.Besides,theeffectlithium-ionbatteryhasbeendevelopedwithoftemperatureandcapacityfadingonbatterydynamicsis®
3、MATLAB/Simulinkinordertoinvestigatetheoutputneglectedin[10].However,thermalbehavioroflithiumcharacteristicsoflithium-ionbatteries.Dynamicsimulationsarebatteriesisimportantforboththebatteryoperatinglifecarriedout,includingtheobservationofthechangesinbatteryrequirementsandsafetyconsideration
4、s[11,12].Furthermore,terminaloutputvoltageunderdifferentcharging/discharging,temperatureandcyclingconditions,andthesimulationresultstheeffectofcapacityfadingisalsoimportantforbotharecomparedwiththeresultsobtainedfromseveralrecentpredictingthebatterycyclelifeexactlyanddeterminingthestudies.
5、Thesimulationstudiesarepresentedformanifestingthatremainingusablebatterycapacity[6,13,14].Amoreaccuratethemodeliseffectiveandoperational.batterymodelcanbeobtainedbyconsideringtheimpactsofIndexTerms—Lithium-ionbattery,dynamicmodel,thesesignificantparameters.temperatureeffect,capacityfading.
6、Inthisstudy,weestablishedaneffectivedynamiclithium-ionbatterysimulationmodelinMATLAB/SimulinkI.INTRODUCTIONenvironment.ThebatterymodelisdevelopedexperimentallyATTERIESdirectlycontributetotheadvancementofthroughthe[10],byaddingthesignificanttemperatureandBtechnologiesrangingfromportableelec
7、tronicstothefuel-capacityfadingeffectsonbatterydynamics.Dynamicefficientvehicles.Amongthevariousexistingrechargeablesimulationsareusedtoverifytheperformanceofthebatteries,lithium-basedbatteriesappeartooccupyaprimedevelopedlithium-ionbatterymodel,andthemodelisp