《储能电池制造技术双语课程》课件-项目十 储能电池焊接工艺

1.焊接工艺-超声波焊接WeldingProcess-UltrasonicWelding《储能电池制造技术》《ManufacturingTechnologyofEnergyStorageBatteries》PART01超声波焊接工艺原理Ultrasonicweldingprocessprinciple超声波焊接工艺过程概述OverviewoftheUltrasonicWeldingProcess一、超声波焊接工艺原理Ultrasonicweldingprocessprinciple焊接前准备Preparationbeforewelding01焊接工具准备Weldingtoolpreparation02超声波焊接流程Ultrasonicweldingprocess一、超声波焊接工艺原理Ultrasonicweldingprocessprinciple焊接后检查Post-weldinginspection焊接实施过程Weldingimplementationprocess超声波焊接工艺参数控制Ultrasonicweldingprocessparametercontrol一、超声波焊接工艺原理Ultrasonicweldingprocessprinciple01焊接时间控制Weldingtimecontrol02焊接压力调节Weldingpressureregulation

03焊接能量管理Weldingenergymanagement

超声波焊接设备Ultrasonicweldingequipment一、超声波焊接工艺原理Ultrasonicweldingprocessprinciple01设备组成Equipmentcomposition02设备选型要点KeyPointsforEquipmentSelection焊接缺陷控制Weldingdefectcontrol一、超声波焊接工艺原理Ultrasonicweldingprocessprinciple焊接缺陷分析Weldingdefectanalysis缺陷预防措施Defectpreventionmeasures2.焊接工艺-电阻焊WeldingProcess-ResistanceWelding《储能电池制造技术》《ManufacturingTechnologyofEnergyStorageBatteries》学习目标电阻点焊工艺原理及特点PrincipleandCharacteristicsofResistanceSpotWeldingProcessLearningObjectives电阻点焊工艺过程概述OverviewofResistanceSpotWeldingProcess电阻点焊工艺参数控制Resistancespotweldingprocessparametercontrol学习目标电阻点焊工艺设备ResistancespotweldingprocessequipmentLearningObjectives电阻点焊工艺缺陷预防控制PreventionandControlofResistanceSpotWeldingProcessDefectsPART01电阻点焊工艺原理及特点PrincipleandCharacteristicsofResistanceSpotWeldingProcess一、电阻点焊工艺原理及特点PrincipleandCharacteristicsofResistanceSpotWeldingProcess电阻点焊原理Principleofresistancespotwelding01电阻点焊过程Resistancespotweldingprocess02PART02电阻点焊工艺过程概述OverviewofResistanceSpotWeldingProcess二、电阻点焊工艺过程概述OverviewofResistanceSpotWeldingProcess01焊前准备Pre-weldingpreparation02焊接实施Weldingimplementation03焊后检查Post-weldinspectionPART03电阻点焊工艺参数控制Resistancespotweldingprocessparametercontrol三、电阻点焊工艺参数控制Resistancespotweldingprocessparametercontrol‌焊接电流控制Weldingcurrentcontrol‌焊接时间调节Weldingtimeregulation‌电极压力优化electrodepressureoptimizationPART04电阻点焊工艺设备Resistancespotweldingprocessequipment四、电阻点焊工艺设备Resistancespotweldingprocessequipment设备组成Equipmentcomposition设备选型要点KeypointsforequipmentselectionPART05电阻点焊工艺缺陷预防控制PreventionandControlofResistanceSpotWeldingProcessDefects五、电阻点焊工艺缺陷预防控制PreventionandControlofResistanceSpotWeldingProcessDefects电阻点焊缺陷Resistancespotweldingdefects01预防控制措施Preventionandcontrolmeasures023.焊接工艺-激光焊接WeldingProcess-LaserWelding《储能电池制造技术》《ManufacturingTechnologyofEnergyStorageBatteries》学习目标电池焊接工艺概览OverviewofBatteryWeldingProcessesLearningObjectives焊接方法分类及其应用反应Ensurethefirmnessoftheweldingresponse激光焊接原理与工艺参数LaserWeldingPrinciplesandProcessParametersPART01电池焊接工艺概览OverviewofBatteryWeldingProcesses焊接工艺的重要性Theimportanceofweldingprocesses一、电池焊接工艺概览OverviewofBatteryWeldingProcesses电池焊接核心工艺Coreweldingprocessforbatteries焊接工艺直接影响电池性能、安全性和寿命，是储能电池制备技术的关键环节。Theweldingprocessdirectlyaffectsbatteryperformance,safety,andlifespan,servingasacriticalcomponentinthepreparationtechnologyofenergystoragebatteries.焊接场景与操作要点Weldingscenariosandkeyoperationalpoints一、电池焊接工艺概览OverviewofBatteryWeldingProcesses010203准确无误的焊接位置Accurateweldingposition确保焊接的牢固度Ensurethefirmnessofthewelding控制焊接过程中的过热ControloverheatingduringweldingPART02焊接方法分类及其应用Ensurethefirmnessofthewelding激光焊接的特点与应用场景CharacteristicsandApplicationScenariosofLaserWelding二、焊接方法分类及其应用Ensurethefirmnessofthewelding高精度与高能量密度Highprecisionandhighenergydensity超声波焊接的优势AdvantagesofUltrasonicWelding二、焊接方法分类及其应用Ensurethefirmnessofthewelding快速焊接与适用范围Rapidweldingandscopeofapplication超声波焊接速度快，适用于薄材料的焊接，提高生产效率。Ultrasonicweldingisfast,suitableforweldingthinmaterials,andimprovesproductionefficiency.电阻焊接的适用场景Applicablescenariosforresistancewelding二、焊接方法分类及其应用Ensurethefirmnessofthewelding承受大电流的焊接需求Weldingrequirementsforwithstandinghighcurrents点焊的应用Applicationofspotwelding二、焊接方法分类及其应用Ensurethefirmnessofthewelding快速固定与焊接强度RapidFixationandWeldingStrength点焊适用于需要快速固定但对整体焊接强度要求不高的部位。-Spotweldingissuitableforareasrequiringquickfixationbutwithrelativelylowdemandsonoverallweldingstrength.PART03激光焊接原理与工艺参数LaserWeldingPrinciplesandProcessParameters激光焊接的基本原理Basicprinciplesoflaserwelding三、激光焊接原理与工艺参数LaserWeldingPrinciplesandProcessParameters高能量密度聚焦Highenergydensityfocusing激光焊接通过聚焦透镜将激光束能量高度集中，使焊件表面迅速熔化并融合。Laserweldingachieveshighlyconcentratedenergyofthelaserbeamthroughafocusinglens,causingrapidmeltingandfusionoftheworkpiecesurfac