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Global electric vehicle battery market is growing at a CAGR of 17.66%, and is anticipated to reach $94.35 billion by the year 2028. Get Free Sample Report.
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The Global Electric Vehicle Battery Market to Propel at CAGR of 17.66% by 2028 • TritonMarketResearchpresentstheGlobal Electric Vehicle Battery MarketsegmentedbyBatteryType(Nickel-MetalHydride,LeadAcid,Lithium-ion),VehicleType(HybridElectricVehicle,Plug-inHybridElectricVehicle,BatteryElectricVehicle),End-user(PassengerCar,CommercialVehicle,OtherEnd-users),andbyGeography(Asia-Pacific,MiddleEastandAfrica,LatinAmerica,Europe,NorthAmerica).TheglobalmarketisalsosegmentedintotheMarketSummary,IndustryOutlook,KeyInsights,ImpactofCOVID-19,Porter’sFiveForcesAnalysis,MarketAttractivenessMatrix,IndustryComponents,VendorScorecard,TechnologyAnalysis,RawMaterialAnalysis,KeyMarketStrategies,IndustryPlayerPositioning,Drivers,Challenges,Opportunities,CompetitiveLandscape,Methodology&Scope,GlobalMarketSize,Forecasts&Analysis(2021-2028). • Triton’sresearchreportsuggeststhattheglobalmarketforelectricvehiclebatteryisestimatedtogrowataCAGRof17.66%duringtheevaluatedyearsof2021-2028. Requestfreesample: https://www.tritonmarketresearch.com/reports/electric-vehicle-battery-market#request-free-sample Electricvehiclebatteriesincludetractionbatteriespoweringseveralelectricvehicletypes,suchasbattery,hybrid,andplug-inhybridelectricvehicles.
Electricvehiclesareeasilychargedthroughthegridatpublicchargingstationsorhomechargers.Itisexpectedthatthevehicle-to-gridtechnologywillallowEVownerstosellelectricityfromthevehicletothegridduringpeakhours.Hence,technologicaladvancementsinvehicle-to-gridtechnology,alongwiththeemergenceofe-mobility,arelikelytocreateopportunitiesfortheelectricvehiclebatterymarket.Electricvehiclesareeasilychargedthroughthegridatpublicchargingstationsorhomechargers.Itisexpectedthatthevehicle-to-gridtechnologywillallowEVownerstosellelectricityfromthevehicletothegridduringpeakhours.Hence,technologicaladvancementsinvehicle-to-gridtechnology,alongwiththeemergenceofe-mobility,arelikelytocreateopportunitiesfortheelectricvehiclebatterymarket. However,issuesinrawmaterialprocurement,safetyconcerns,andhighchargingtimeareimpedingthestudiedmarket’sprogress. Globally,Europeisestimatedtoemergeasthefastest-growingregionintheelectricvehiclebatterymarket.Thisgrowthcanbeattributedtoseveralinitiatives,suchastheEuropeanBatteryAlliance,promotingbatterymanufacturing.Moreover,numerouscompaniesaresettingupbatterymanufacturingplantsacrosstheregion,owingtotheboomingelectricvehicleindustry.Otherthanthis,themajorreasonfortheriseinEVbatterymanufacturingistoreducedependencyontheAsianmarketforbatteriesandstreamlinesupplychainprocesses.Therefore,allthesefactorsaremajorlydrivingthegrowthoftheelectricvehiclebatterymarketacrossEurope. ThekeycompaniesprofiledintheelectricvehiclebatterymarketincludeVehicleEnergyJapanCoLtd,Panasonic,LGEnsol,ToshibaCorporation,LithiumEnergyJapan,GSYuasa,PrimePlanetEnergySolutions,EnvisionAESC,SKInnovation,NorthvoltAB,CATL,BYD,A123Systems,CALB,andSamsungSDI. Severalprominentcompaniesholdmostoftheshareintheelectricvehiclebatterymarket,includingSamsungSDIandPanasonic.Moreover,thehighinvestmentcosts,needfortechnologicalexpertise,massproductioncapacity,andcontractshindertheentryofnewplayers.Further,existingcompaniesareenteringintopartnershipsandlaunchingjointventurestocapturemarketshare.Hence,thethreatofnewplayersislow,whilethecompetitionlevelamongexistingplayersisrelativelyhigh. ContactUs:sales@tritonmarketresearch.comPhone:+447441911839