Large-Sized Flat Cells/Batteries TRIZ Cases
- Prismatic Battery Electrode Assembly Support Against Slip
Dummy tabs fixed to the housing create four-point support that suppresses electrode assembly slip and prevents tab tearing under impact.
- Elastic Pressing Housing for Pouch Cell Swelling Suppression
Elastic side pressing plates built into the module housing compress pouch cells, suppress swelling, and avoid pads or straps.
- Textured Composite Metal Foil Bonding for Pouch Cell Pre-Sealing
Texturing the composite metal foil lets pre-sealing tape bond securely outside the weld zone, cutting resistance, cooling steps, and pouch cell cost.
- Pouch Secondary Battery Vent Path for Gas Relief and Liquid Blocking
A waterproof vent path releases excess gas from a pouch secondary battery while blocking liquid leakage and protecting nearby structures.
- Metal Battery Enclosure Structure Without Heat-Welded Seals
Box-shaped metal exterior bodies and insulating resin replace laminate heat-welded seals, improving moisture resistance and battery strength.
- Box-Shaped Battery Enclosure for Moisture Barrier and Sealing Efficiency
Metal box-shaped exterior bodies and insulating resins reduce heat-welded sealing area while maintaining moisture resistance and safe electrical connection.
- Storage Module Resin Frame Sealing with Low-Conductivity Restraints
Low-conductivity restraining members retain heat during frame welding, improving storage module sealability and durability.
- Energy Storage Module Sealing With Low-Conductivity Restraints
Low-heat-conductivity restraining members retain welding heat at the frame body, improving energy storage module sealability and durability.