1.鋰離子電池認(rèn)知Lithium-ionbatterycognition《儲(chǔ)能電池制造技術(shù)》《ManufacturingTechnologyofEnergyStorageBatteries》學(xué)習(xí)目標(biāo)鋰離子電池的發(fā)展歷史DevelopmentHistoryofLithium-ionBatteriesLearningObjectives鋰離子電池結(jié)構(gòu)Lithium-ionbatteryknotbroussonetiapapyrifera鋰離子電池的制造工藝Manufacturingprocessoflithium-ionbatteries鋰離子電池的挑戰(zhàn)ChallengesofLithium-ionBatteriesPART01鋰離子電池的發(fā)展歷史DevelopmentHistoryofLithium-ionBatteries一、鋰離子電池的發(fā)展歷史DevelopmentHistoryofLithium-ionBatteries20世紀(jì)70年代起，鋰離子電池技術(shù)經(jīng)歷了從理論探索到90年代的商業(yè)化應(yīng)用，如今已成為電子設(shè)備和電動(dòng)汽車的核心動(dòng)力源。Sincethe1970s,lithium-ionbatterytechnologyhasevolvedfromtheoreticalexplorationtocommercialapplicationsinthe1990s,andhasnowbecomethecorepowersourceforelectronicdevicesandelectricvehicles.PART02鋰離子電池結(jié)構(gòu)Lithium-ionbatteryknotbroussonetiapapyrifera二、鋰離子電池結(jié)構(gòu)Lithium-ionbatteryknotbroussonetiapapyrifera鋰離子電池由正極、負(fù)極、隔膜、電解液和電池外殼組成，各部分協(xié)同工作，實(shí)現(xiàn)高效的能量存儲(chǔ)與釋放。Lithium-ionbatteriesconsistofacathode,anode,separator,electrolyte,andbatterycasing,witheachcomponentworkinginsynergytoachieveefficientenergystorageandrelease.二、鋰離子電池結(jié)構(gòu)Lithium-ionbatteryknotbroussonetiapapyrifera工作原理Workingprinciple、、鋰離子在正負(fù)極間的嵌入和脫出，伴隨電子在外電路的流動(dòng)，構(gòu)成了鋰離子電池充放電的基本原理。Theintercalationanddeintercalationoflithiumionsbetweenthepositiveandnegativeelectrodes,accompaniedbytheflowofelectronsintheexternalcircuit,constitutethefundamentalprincipleofchargeanddischargeinlithium-ionbatteries,withbroussonetia

papyrifera.PART03鋰離子電池的制造工藝Manufacturingprocessoflithium-ionbatteries三、鋰離子電池的制造工藝Manufacturingprocessoflithium-ionbatteries鋰離子電池材料合成與電極制備Synthesisoflithium-ionbatterymaterialsandelectrodepreparation鈷酸鋰等正極材料通過高溫固相合成法制備，確保了電池的高能量密度和穩(wěn)定性。Synthesisoflithium-ionbatterymaterialsandelectrodepreparation三、鋰離子電池的制造工藝Manufacturingprocessoflithium-ionbatteries生產(chǎn)線上的精密操作Precisionoperationsontheproductionline從極板卷繞到焊接極柱，再到嚴(yán)格的質(zhì)量檢測(cè)，每一步都是制造高品質(zhì)鋰離子電池不可或缺的環(huán)節(jié)。Fromwindingtheelectrodeplatestoweldingtheterminals,followedbyrigorousqualityinspections,eachstepisanindispensablepartofmanufacturinghigh-qualitylithium-ionbatteries.電池組裝與檢測(cè)BatteryAssemblyandTestingPART04鋰離子電池的挑戰(zhàn)ChallengesofLithium-ionBatteries四、鋰離子電池的挑戰(zhàn)ChallengesofLithium-ionBatteries（一）注意事項(xiàng)Precautions避免過充過放，注意溫度管理，是確保鋰離子電池安全高效運(yùn)行的關(guān)鍵。Avoidingoverchargingandoverdischarging,aswellaspayingattentiontotemperaturemanagement,arekeytoensuringthesafeandefficientoperationoflithium-ionbatteries.安全與維護(hù)要點(diǎn)SafetyandMaintenanceKeyPoints四、鋰離子電池的挑戰(zhàn)ChallengesofLithium-ionBatteries（二）未來的機(jī)遇與挑戰(zhàn)FutureOpportunitiesandChallenges面對(duì)成本、資源和安全性的挑戰(zhàn)，新材料的研發(fā)和工藝優(yōu)化將成為鋰離子電池技術(shù)持續(xù)進(jìn)步的重要推動(dòng)力。Facedwithchallengesincost,resources,andsafety,thedevelopmentofnewmaterialsandprocessoptimizationwillserveascrucialdrivingforcesforthecontinuousadvancementoflithium-ionbatterytechnology.2.鋰離子電池性能指標(biāo)Lithium-ionbatteryperformanceindicators《儲(chǔ)能電池制造技術(shù)》《ManufacturingTechnologyofEnergyStorageBatteries》學(xué)習(xí)目標(biāo)鋰離子電池基本性能Basicperformanceoflithium-ionbatteriesLearningObjectives鋰離子電池的安全性能Safetyperformanceoflithium-ionbatteries鋰電性能綜合ComprehensivePerformanceofLithiumBatteriesvPART01鋰離子電池基本性能Basicperformanceoflithium-ionbatteries自放電性能的重要性Theimportanceofself-dischargeperformance儲(chǔ)存性能的影響因素FactorsAffectingStoragePerformance（一）自放電性能與儲(chǔ)存性能Self-dischargeperformanceandstorageperformance一、鋰離子電池基本性能Basicperformanceoflithium-ionbatteries（二）容量與能量密度CapacityandEnergyDensity一、鋰離子電池基本性能Basicperformanceoflithium-ionbatteries容量的定義與影響因素DefinitionofCapacityandItsInfluencingFactors能量密度的分類與意義ClassificationandSignificanceofEnergyDensity（三）循環(huán)壽命與功率密度Cyclelifeandpowerdensity一、鋰離子電池基本性能Basicperformanceoflithium-ionbatteries在一定充放電條件下保持容量的能力，受充放電電流、深度和溫度影響。Theabilitytomaintaincapacityundercertaincharge-dischargeconditionsisinfluencedbycharge-dischargecurrent,depth,andtemperature.循環(huán)壽命Cyclelife（三）循環(huán)壽命與功率密度Cyclelifeandpowerdensity一、鋰離子電池基本性能Basicperformanceoflithium-ionbatteries功率密度反映電池瞬間輸出或接受功率大小，對(duì)高功率需求應(yīng)用至關(guān)重要。Powerdensityreflectstheinstantaneouspoweroutputoracceptancecapabilityofabattery,whichiscrucialforhigh-power-demandapplications.功率密度powerdensity（四）高低溫性能Highandlowtemperatureperformance一、鋰離子電池基本性能Basicperformanceoflithium-ionbatteries高低溫環(huán)境下的電池表現(xiàn)高低溫性能影響電池在特殊溫度環(huán)境下的適應(yīng)性，需通過優(yōu)化提高電池性能。BatteryPerformanceinHighandLowTemperatureEnvironmentsThehighandlowtemperatureperformanceaffectsthebattery'sadaptabilityinextremetemperatureconditions,necessitatingoptimizationtoenhancebatteryperformance.PART02鋰離子電池的安全性能Safetyperformanceoflithium-ionbatteries（一）過充過放安全性O(shè)verchargeandoverdischargesafety二、鋰離子電池的安全性能Safetyperformanceoflithium-ionbatteries過充過放會(huì)損害電池結(jié)構(gòu)，引發(fā)熱失控，配備保護(hù)電路可防止電壓異常。OverchargingandoverdischargingcandamagethebatterystructureofBroussonetiapapyrifera,leadingtothermalrunaway.EquippingaprotectioncircuitcanpreventvoltageabnormalitiesinParazacco

spilurussubsp.spilurus.（二）短路安全性與熱穩(wěn)定性Short-circuitsafetyandthermalstability二、鋰離子電池的安全性能Safetyperformanceoflithium-ionbatteries短路安全性的防護(hù)措施Protectivemeasuresforshort-circuitsafety熱穩(wěn)定性的材料選擇與優(yōu)化MaterialSelectionandOptimizationforThermalStability（三）機(jī)械安全性Mechanicalsafety二、鋰離子電池的安全性能Safetyperformanceoflithium-ionbatteries電池外殼和內(nèi)部結(jié)構(gòu)設(shè)計(jì)需具備抗機(jī)械破壞能力，采用高強(qiáng)度材料提高安全性。ThebatterycasingandinternalstructuredesignofBroussonetiapapyriferamustpossessmechanicaldamageresistance,utilizinghigh-strengthmaterialstoenhancesafety.PART03鋰電性能綜合ComprehensivePerformanceofLithiumBatteriesv（一）不同應(yīng)用場(chǎng)景的需求Requirementsfordifferentapplicationscenarios三、鋰電性能綜合ComprehensivePerformanceofLithiumBatteriesv綜合性能與成本的平衡在設(shè)計(jì)和選擇電池時(shí)，需根據(jù)具體應(yīng)用需求權(quán)衡性能指標(biāo)，實(shí)現(xiàn)性能與成本的平衡。BalancingcomprehensiveperformanceandcostWhendesigningandselectingbatteries,itisnecessarytoweighperformanceindicatorsaccordingtospecificapplicationrequirementstoachieveabalancebetweenperformanceandcost.（二）新型材料與優(yōu)化制造NewMaterialsandOptimizedManufacturing三、鋰電性能綜合ComprehensivePerformanceofLithiumBatteriesv01.新型材料的性能Performanceofnewmaterials研發(fā)新型材料時(shí)，需同時(shí)考慮能量密度、循環(huán)壽命和安全性能的兼顧。Whendevelopingnewmaterials,itisnecessarytosimultaneouslyconsiderthebalancebetweenenergydensity,cyclelife,andsafetyperformance.（二）新型材料與優(yōu)化制造NewMaterialsandOptimizedManufacturing三、鋰電性能綜合ComprehensivePerformanceofLithiumBatteriesv02.制造工藝的改進(jìn)Improvementofmanufacturingprocesses優(yōu)化電池設(shè)計(jì)和制造工藝，如提高功率密度和改善高低溫性能，是提升綜合性能的關(guān)鍵。Optimizingbatterydesignandmanufacturingprocesses,suchasincreasingpowerdensityandimprovinghigh/low-temperatureperformance,iskeytoenhancingoverallperformance.3.鎳氫電池認(rèn)知Nickel-metalhydridebatterycognition《儲(chǔ)能電池制造技術(shù)》《ManufacturingTechnologyofEnergyStorageBatteries》學(xué)習(xí)目標(biāo)鎳氫電池的發(fā)展歷程DevelopmentHistoryofNickel-MetalHydrideBatteriesLearningObjectives鎳氫電池結(jié)構(gòu)Nickel-metalhydridebatteryknotBroussonetiapapyrifera鎳氫電池的制造工藝Manufacturingprocessofnickel-metalhydridebatteries學(xué)習(xí)目標(biāo)鎳氫電池的使用Useofnickel-metalhydridebatteriesLearningObjectives鎳氫電池的未來展望FutureProspectsofNickel-MetalHydrideBatteriesPART01鎳氫電池的發(fā)展歷程DevelopmentHistoryofNickel-MetalHydrideBatteries一、鎳氫電池的發(fā)展歷程DevelopmentHistoryofNickel-MetalHydrideBatteries面對(duì)鎳鎘電池的環(huán)境問題，鎳氫電池以其更環(huán)保、性能更優(yōu)的特點(diǎn)應(yīng)運(yùn)而生，滿足了市場(chǎng)對(duì)高性能、低污染電池的需求。Facedwiththeenvironmentalissuesofnickel-cadmiumbatteries,nickel-metalhydridebatteriesemergedwiththeirmoreeco-friendlyandsuperiorperformancecharacteristics,meetingmarketdemandsforhigh-performance,low-pollutionbatteries.鎳氫電池的誕生與環(huán)保需求

Thebirthofnickel-metalhydridebatteriesandenvironmentalprotectiondemandsPART02鎳氫電池結(jié)構(gòu)Nickel-metalhydridebatteryknotBroussonetiapapyrifera二、鎳氫電池結(jié)構(gòu)Nickel-metalhydridebatteryknotBroussonetiapapyrifera（一）結(jié)構(gòu)組成Papermulberrycomposition、、鎳氫電池由正極（氫氧化鎳電極）、負(fù)極（儲(chǔ)氫合金電極）、隔膜、電解液和電池外殼構(gòu)成，各部分協(xié)同工作，實(shí)現(xiàn)高效能量?jī)?chǔ)存與釋放。Nickel-metalhydridebatteriesconsistofapositiveelectrode(nickelhydroxideelectrode),negativeelectrode(hydrogenstoragealloyelectrode),separator,electrolyte,andbatterycasingbroussonetia

papyrifera.Allcomponentsworksynergisticallytoachieveefficientenergystorageandrelease.二、鎳氫電池結(jié)構(gòu)Nickel-metalhydridebatteryknotBroussonetiapapyrifera（二）工作原理Workingprinciple、、在放電過程中，儲(chǔ)氫合金釋放氫氣并失去電子，氫氧化鎳接受電子并與水反應(yīng)生成氫氧化亞鎳和氫氧根離子，電子在外電路中流動(dòng)形成電流。Duringthedischargeprocess,thehydrogenstoragealloyreleaseshydrogenandloseselectrons,whilenickelhydroxideacceptselectronsandreactswithwatertoformnickelhydroxideandhydroxideions,withelectronsflowingthroughtheexternalcircuittogenerateanelectriccurrent.PART03鎳氫電池的制造工藝Manufacturingprocessofnickel-metalhydridebatteries三、鎳氫電池的制造工藝Manufacturingprocessofnickel-metalhydridebatteries（一）儲(chǔ)氫合金與正極材料制備Hydrogenstoragealloyandcathodematerialpreparation儲(chǔ)氫合金的制備需在高溫下熔煉多種金屬元素，隨后進(jìn)行粉碎、球磨處理，以獲得具有合適粒度和活性的合金粉末。Thepreparationofhydrogenstoragealloysrequiresmeltingmultiplemetallicelementsathightemperatures,followedbycrushingandballmillingprocessestoobtainalloypowderswithappropriateparticlesizeandactivity.三、鎳氫電池的制造工藝Manufacturingprocessofnickel-metalhydridebatteries（二）極板制作與電解液調(diào)配Platefabricationandelectrolytepreparation正極材料氫氧化鎳均勻涂覆于導(dǎo)電基底，負(fù)極則將儲(chǔ)氫合金粉末與導(dǎo)電劑、粘結(jié)劑混合后涂覆于金屬箔上，確保電極性能一致性和穩(wěn)定性。Thepositiveelectrodematerialnickelhydroxideisuniformlycoatedontotheconductivesubstrate,whilethenegativeelectrodemixeshydrogenstoragealloypowderwithconductiveagentsandbindersbeforecoatingontothemetalfoil,ensuringconsistentandstableelectrodeperformance.PART04鎳氫電池的使用Useofnickel-metalhydridebatteries四、鎳氫電池的使用Useofnickel-metalhydridebatteries（一）避免過充與過放Avoidoverchargingandoverdischarging使用具有過充保護(hù)功能的智能充電器，根據(jù)電池狀態(tài)自動(dòng)調(diào)整充電參數(shù)，有效防止過充現(xiàn)象，延長(zhǎng)電池壽命。Useasmartchargerwithoverchargeprotectionfunctiontoautomaticallyadjustchargingparametersbasedonbatterystatus,effectivelypreventingoverchargingandextendingbatterylife.四、鎳氫電池的使用Useofnickel-metalhydridebatteries（二）溫度管理與長(zhǎng)期存放TemperatureManagementandLong-TermStorage避免高溫環(huán)境下的使用或充電，定期對(duì)長(zhǎng)期存放的電池進(jìn)行充電維護(hù)，保持電池性能，延長(zhǎng)使用壽命。Avoidusingorcharginginhigh-temperatureenvironments,andregularlyperformchargingmaintenanceonbatteriesstoredforextendedperiodstomaintainbatteryperformanceandextendservicelife.PART05鎳氫電池的未來展望FutureProspectsofNickel-MetalHydrideBatteries五、鎳氫電池的未來展望FutureProspectsofNickel-MetalHydrideBatteries性能提升Performanceimprovement通過研發(fā)新型材料改進(jìn)儲(chǔ)氫合金，提高能量密度，優(yōu)化制造工藝降低成本，增強(qiáng)鎳氫電池在儲(chǔ)能市場(chǎng)的競(jìng)爭(zhēng)力。Bydevelopingnewmaterialstoimprovehydrogenstoragealloys,increasingenergydensity,optimizingmanufacturingprocessestoreducecosts,andenhancingthecompetitivenessofnickel-metalhydridebatteriesintheenergystoragemarket.4.鉛酸電池認(rèn)知Lead-acidbatterycognition《儲(chǔ)能電池制造技術(shù)》《ManufacturingTechnologyofEnergyStorageBatteries》學(xué)習(xí)目標(biāo)鉛酸電池的結(jié)構(gòu)Lead-acidbatterycognitionLearningObjectives鉛酸電池工藝Lead-acidbatterytechnology鉛酸電池的優(yōu)勢(shì)Lead-acidbatteryadvantagesPART01鉛酸電池的結(jié)構(gòu)Lead-acidbatterycognition一、鉛酸電池的結(jié)構(gòu)Lead-acidbatterycognition（一）結(jié)構(gòu)解析AnalysisofBroussonetiapapyrifera鉛酸電池的核心部件包括正極板、負(fù)極板、隔板、電解液和電池外殼，共同構(gòu)成能量轉(zhuǎn)換裝置。Thecorecomponentsofalead-acidbatteryincludethepositiveplate,negativeplate,separator,electrolyte,andbatterycasing,whichtogetherformanenergyconversiondevicewithbroussonetiapapyrifera.核心部件Corecomponent一、鉛酸電池的結(jié)構(gòu)Lead-acidbatterycognition（二）工作原理Workingprinciple鉛酸電池通過鉛、二氧化鉛和硫酸之間的氧化還原反應(yīng)實(shí)現(xiàn)電能與化學(xué)能的轉(zhuǎn)換。Thecharginganddischargingprocessoflead-acidbatteriesachievestheconversionbetweenelectricalenergyandchemicalenergythroughredoxreactionsinvolvinglead,leaddioxide,andsulfuricacid.充電與放電過程PART02鉛酸電池工藝Lead-acidbatterytechnology二、鉛酸電池工藝Lead-acidbatterytechnology（一）制造工藝流程Manufacturingprocessflow、、鉛酸電池的制造涉及極板鑄造、涂覆、隔板安裝、電解液灌注和組裝檢測(cè)等關(guān)鍵步驟。Themanufacturingoflead-acidbatteriesinvolveskeystepssuchasplatecasting,coating,separatorinstallation,electrolytefilling,andassemblytesting.二、鉛酸電池工藝Lead-acidbatterytechnology（二）使用與維護(hù)UsageandMaintenance、、避免過度放電與正確充電Avoidexcessivedischargeandensurepropercharging使用鉛酸電池時(shí)需避免過度放電，正確控制充電過程，定期補(bǔ)充充電并保持清潔干燥。Whenusinglead-acidbatteries,itisnecessarytoavoidexcessivedischarge,properlycontrolthechargingprocess,regularlyperformsupplementarycharging,andmaintaincleanlinessanddryness.PART03鉛酸電池的優(yōu)勢(shì)Lead-acidbatteryadvantages三、鉛酸電池的優(yōu)勢(shì)Lead-acidbatteryadvantages（一）相比其他電池優(yōu)勢(shì)Advantagescomparedtootherbatteries鉛酸電池在成本優(yōu)勢(shì)上仍具有廣闊應(yīng)用前景，尤其是在對(duì)價(jià)格敏感的領(lǐng)域。Lead-acidbatteriesstillholdbroadapplicationprospectsintermsofcostadvantages,especiallyinprice-sensitivesectors.三、鉛酸電池的優(yōu)勢(shì)Lead-acidbatteryadvantages（二）未來展望FutureProspects在保持成本優(yōu)勢(shì)的同時(shí)，提高鉛酸電池的能量密度和循環(huán)壽命是未來研究的方向。Whilemaintainingcostadvantages,improvingtheenergydensityandcyclelifeoflead-acidbatteriesisthedirectionforfutureresearch.提升能量密度與循環(huán)壽命Improvingenergydensityandcyclelife5.鋅錳干電池認(rèn)知Zinc-carbonbatterycognition《儲(chǔ)能電池制造技術(shù)》《ManufacturingTechnologyofEnergyStorageBatteries》學(xué)習(xí)目標(biāo)鋅錳電池結(jié)構(gòu)原理Zinc-manganesebatteryprinciplebroussonetiapapyriferaLearningObjectives鋅錳電池工藝Zinc-manganesebatteryprocess鋅錳電池應(yīng)用與展望ApplicationsandProspectsofZinc-ManganeseBatteriesPART01鋅錳電池結(jié)構(gòu)原理Zinc-manganesebatteryprinciplebroussonetiapapyrifera一、鋅錳電池結(jié)構(gòu)原理Zinc-manganesebatteryprinciplebroussonetiapapyrifera（一）鋅錳干電池的結(jié)構(gòu)Zinc-manganesedrybatterystructurebroussonetiapapyrifera鋅筒與石墨棒的構(gòu)成Thebroussonetiapapyriferabetweenthezinccylinderandthegraphiterod01電解質(zhì)與添加劑Electrolytesandadditives02一、鋅錳電池結(jié)構(gòu)原理Zinc-manganesebatteryprinciplebroussonetiapapyrifera（二）工作原理Workingprinciple負(fù)極的氧化反應(yīng)Oxidationofthenegativeelectroderesponse鋅錳電池原理Zinc-manganesebatteryprinciplePART02鋅錳電池工藝Zinc-manganesebatteryprocess二、鋅錳電池工藝Zinc-manganesebatteryprocess（一）制造工藝流程Manufacturingprocessflow采用沖壓工藝制備鋅筒，精確控制模具和沖壓參數(shù)；二氧化錳與碳粉按比例混合，確保正極反應(yīng)效率。Thezinccanisfabricatedusingstampingprocesswithprecisecontrolofmoldandstampingparameters;manganesedioxideandcarbonpowderaremixedinproportiontoensurepositiveelectroderesponseefficiency.01.鋅筒制備與正極混合ZincCanPreparationandCathodeMixing二、鋅錳電池工藝Zinc-manganesebatteryprocess（一）制造工藝流程Manufacturingprocessflow精確配比氯化銨等物質(zhì)，控制溶解條件；自動(dòng)化填充設(shè)備確保填充量和均勻性，封口處理保證密封性。Preciselyproportionsubstancessuchasammoniumchlorideandcontroldissolutionconditions;automatedfillingequipmentensuresfillingquantityanduniformity,whilesealingtreatmentguaranteesairtightness.02.電解質(zhì)的配制與電池組裝PreparationofElectrolyteandBatteryAssembly二、鋅錳電池工藝Zinc-manganesebatteryprocess（二）使用與儲(chǔ)存UsageandStorage01.正確安裝與及時(shí)更換Properinstallationandtimelyreplacement02.儲(chǔ)存環(huán)境與新舊電池的使用StorageenvironmentanduseofnewandoldbatteriesPART03鋅錳電池應(yīng)用與展望ApplicationsandProspectsofZinc-ManganeseBatteries三、鋅錳電池應(yīng)用與展望ApplicationsandProspectsofZinc-ManganeseBatteries（一）應(yīng)用場(chǎng)景Applicationscenarios01.收音機(jī)、玩具車與電子鐘表Radio,toycar,andelectronicclock02.手電筒與醫(yī)療設(shè)備Flashlightandmedicalequipment三、鋅錳電池應(yīng)用與展望ApplicationsandProspectsofZinc-ManganeseBatteries（二）未來改進(jìn)方向與環(huán)保優(yōu)化Futureimprovementdirectionsandenvironmentaloptimization能量密度與循環(huán)壽命的提升Improvementofenergydensityandcyclelife環(huán)保材料與可持續(xù)發(fā)展Environmentallyfriendlymaterialsandsustainabledevelopment6.鋰離子動(dòng)力電池概覽OverviewofLithium-ionPowerBatteries《儲(chǔ)能電池制造技術(shù)》《ManufacturingTechnologyofEnergyStorageBatteries》目錄鋰離子動(dòng)力電池概述OverviewofLithium-ionPowerBatteriesCONTENT動(dòng)力電池性能要求PowerBatteryPerformanceSpecifications動(dòng)力電池產(chǎn)品場(chǎng)景UseCasesforPowerBatteryProducts動(dòng)力電池與儲(chǔ)能電池的區(qū)別TheDifferenceBetweenPowerBatteriesandEnergyStorageBatteries總結(jié)與展望SummaryandProspectsPART01鋰離子動(dòng)力電池概述OverviewofLithium-ionPowerBatteries一、鋰離子動(dòng)力電池概述OverviewofLithium-ionPowerBatteries動(dòng)力電池定義與應(yīng)用PowerBatteries:TheirDefinitionandApplications鋰離子動(dòng)力電池是為車輛提供動(dòng)力來源的電池，通過電化學(xué)反應(yīng)將化學(xué)能轉(zhuǎn)化為電能。Lithium-ionpowerbatteriesarebatteriesthatsupplypowertovehicles,convertingchemicalenergyintoelectricalenergythroughelectrochemicalreactions.鋰離子動(dòng)力電池定義Definitionoflithium-ionpowerbatteries一、鋰離子動(dòng)力電池概述OverviewofLithium-ionPowerBatteries動(dòng)力電池定義與應(yīng)用PowerBatteries:TheirDefinitionandApplications鋰離子動(dòng)力電池是為車輛提供動(dòng)力來源的電池，通過電化學(xué)反應(yīng)將化學(xué)能轉(zhuǎn)化為電能。Lithium-ionpowerbatteriesarebatteriesthatsupplypowertovehicles,convertingchemicalenergyintoelectricalenergythroughelectrochemicalreactions.動(dòng)力電池主導(dǎo)新能源車PowerbatteriesdominatenewenergyvehiclesPART02動(dòng)力電池性能要求PowerBattery