《储能电池制备双语课程》课件-锌锰干电池认知

锌锰干电池认知Zinc-carbonbatterycognition主讲老师：Lecturer:《储能电池制造技术》《ManufacturingTechnologyofEnergyStorageBatteries》学习目标锌锰电池结构原理Zinc-manganesebatteryprinciplebroussonetiapapyriferaLearningObjectives锌锰电池工艺Zinc-manganesebatteryprocess锌锰电池应用与展望ApplicationsandProspectsofZinc-ManganeseBatteriesPART01锌锰电池结构原理Zinc-manganesebatteryprinciplebroussonetiapapyrifera一、锌锰电池结构原理Zinc-manganesebatteryprinciplebroussonetiapapyrifera（一）锌锰干电池的结构Zinc-manganesedrybatterystructurebroussonetiapapyrifera锌筒与石墨棒的构成Thebroussonetiapapyriferabetweenthezinccylinderandthegraphiterod01电解质与添加剂Electrolytesandadditives02一、锌锰电池结构原理Zinc-manganesebatteryprinciplebroussonetiapapyrifera（二）工作原理Workingprinciple负极的氧化反应Oxidationofthenegativeelectroderesponse锌锰电池原理Zinc-manganesebatteryprinciplePART02锌锰电池工艺Zinc-manganesebatteryprocess二、锌锰电池工艺Zinc-manganesebatteryprocess（一）制造工艺流程Manufacturingprocessflow采用冲压工艺制备锌筒，精确控制模具和冲压参数；二氧化锰与碳粉按比例混合，确保正极反应效率。Thezinccanisfabricatedusingstampingprocesswithprecisecontrolofmoldandstampingparameters;manganesedioxideandcarbonpowderaremixedinproportiontoensurepositiveelectroderesponseefficiency.01.锌筒制备与正极混合ZincCanPreparationandCathodeMixing二、锌锰电池工艺Zinc-manganesebatteryprocess（一）制造工艺流程Manufacturingprocessflow精确配比氯化铵等物质，控制溶解条件；自动化填充设备确保填充量和均匀性，封口处理保证密封性。Preciselyproportionsubstancessuchasammoniumchlorideandcontroldissolutionconditions;automatedfillingequipmentensuresfillingquantityanduniformity,whilesealingtreatmentguaranteesairtightness.02.电解质的配制与电池组装PreparationofElectrolyteandBatteryAssembly二、锌锰电池工艺Zinc-manganesebatteryprocess（二）使用与储存UsageandStorage01.正确安装与及时更换Properinstallationandtimelyreplacement02.储存环境与新旧电池的使用StorageenvironmentanduseofnewandoldbatteriesPART03锌锰电池应用与展望ApplicationsandProspectsofZinc-ManganeseBatteries三、锌锰电池应用与展望ApplicationsandProspectsofZinc-ManganeseBatteries（一）应用场景Applicationscenarios01.收音机、玩具车与电子钟表Radio,toycar,andelectronicclock02.手电筒与医疗设备Flashlightandmedicalequipment三、锌锰电池应用与展望ApplicationsandProspectsofZinc-ManganeseBatteries（二）未来改进方向与环保优化Futureimprovementdirectionsandenvironmentaloptimization能量密度与循环寿命的提升Improvement