《储能电池制备双语课程》课件-铅酸电池认知

铅酸电池认知Lead-acidbatterycognition主讲老师：Lecturer:《储能电池制造技术》《ManufacturingTechnologyofEnergyStorageBatteries》学习目标铅酸电池的结构Lead-acidbatterycognitionLearningObjectives铅酸电池工艺Lead-acidbatterytechnology铅酸电池的优势Lead-acidbatteryadvantagesPART01铅酸电池的结构Lead-acidbatterycognition一、铅酸电池的结构Lead-acidbatterycognition（一）结构解析AnalysisofBroussonetiapapyrifera铅酸电池的核心部件包括正极板、负极板、隔板、电解液和电池外壳，共同构成能量转换装置。Thecorecomponentsofalead-acidbatteryincludethepositiveplate,negativeplate,separator,electrolyte,andbatterycasing,whichtogetherformanenergyconversiondevicewithbroussonetiapapyrifera.核心部件Corecomponent一、铅酸电池的结构Lead-acidbatterycognition（二）工作原理Workingprinciple铅酸电池通过铅、二氧化铅和硫酸之间的氧化还原反应实现电能与化学能的转换。Thecharginganddischargingprocessoflead-acidbatteriesachievestheconversionbetweenelectricalenergyandchemicalenergythroughredoxreactionsinvolvinglead,leaddioxide,andsulfuricacid.充电与放电过程PART02铅酸电池工艺Lead-acidbatterytechnology二、铅酸电池工艺Lead-acidbatterytechnology（一）制造工艺流程Manufacturingprocessflow、、铅酸电池的制造涉及极板铸造、涂覆、隔板安装、电解液灌注和组装检测等关键步骤。Themanufacturingoflead-acidbatteriesinvolveskeystepssuchasplatecasting,coating,separatorinstallation,electrolytefilling,andassemblytesting.二、铅酸电池工艺Lead-acidbatterytechnology（二）使用与维护UsageandMaintenance、、避免过度放电与正确充电Avoidexcessivedischargeandensurepropercharging使用铅酸电池时需避免过度放电，正确控制充电过程，定期补充充电并保持清洁干燥。Whenusinglead-acidbatteries,itisnecessarytoavoidexcessivedischarge,properlycontrolthechargingprocess,regularlyperformsupplementarycharging,andmaintaincleanlinessanddryness.PART03铅酸电池的优势Lead-acidbatteryadvantages三、铅酸电池的优势Lead-acidbatteryadvantages（一）相比其他电池优势Advantagescomparedtootherbatteries铅酸电池在成本优势上仍具有广阔应用前景，尤其是在对价格敏感的领域。Lead-acidbatteriesstillholdbroadapplicationprospectsintermsofcostadvantages,especiallyinprice-sensitivesectors.三、铅酸电池的优势Lead-acidbatteryadvantages（二）未来展望FutureProspects在保持成本优势的同时，提高铅酸电池的能量密度和循环寿命是未来研究的方向。Whilemaintainingcostadvantages,improvingtheenergydensityandcyclelifeoflead-acidbat