Transcription of Lithium ion Battery Manufgfacturing
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LithiumLithium ion Battery Manufacturingion Battery ManufacturingyfgyfgS. Jack S. Jack HuHuDepartment of Mechanical EngineeringDepartment of Mechanical EngineeringTheUniversityofMichiganTheUni versityofMichiganThe University of MichiganThe University of MichiganBackgrounds Backgrounds Rechargeable batteriesSmall sized cells for portable di(biltl hAttractiveness of Lithium ion batteriesdevices ( , mobile telephones, notebooks, etc.)Large sized cells for Battery electricvehiclesincludingEVHigh power & energy densityHigh energy efficiency Long cycle durability (>1000 cycles)Llfdi ht(ttelectric vehicles including EV, HEV and PHEVLow self discharge rate (up to ten years)Low toxicitycameraLighter weightcell phonelaptopSmaller sizeEVDepartment of Mechanical EngineeringThe University of Michigan, Ann Arbor[ ]1 Hierarchy of Automotive LiHierarchy of Automotive Li I Battery PacksI Battery PacksBattery PackCell LevelModule LevelPack LevelElectrodes to Ta bModule to ModuleCase(Sealing)Cell to CellDepartment of Mechanical EngineeringThe University of Michigan, Ann Arbor2 Assembly Technologies for Battery Modules/PacksAssembly Technologies for Battery Modules/PacksBattery module/pack assembly procedureModule assemblyLoading cells from feeder/containerIti&Assembly actions:Stacking Ins))
Lithium‐ion Battery Manufgfacturing S. Jack Hu Department of Mechanical Engineering The University of Michigan
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