Current Conducting Connections TRIZ Cases
- Busbar Wiring Module Clearance Structure for Protector Deformation
Clearance around the nut or bolt head prevents insulation protector deformation despite busbar misalignment during power storage element assembly.
- Battery Module Busbar Frame for Electrode Lead Separation
Integrated partition walls in the busbar frame keep adjacent electrode leads off cell terrace edges, preventing corrosion and extending battery life.
- Bus Bar Layout for Low-Height Power Storage Modules
A laterally extended bus bar layout lowers module height while absorbing cell displacement, improving heat dissipation and connection stability.
- Bent Connection Plate Layout for High-Density Battery Packs
Bent connection plates link adjacent battery modules without separate welding space, increasing cell density while reducing heat and assembly cost.
- Battery Module Seating Structure for Impact Resistance and Weld Stability
Flat seating portions and ribs support the BMU and leads to raise frame rigidity, improve weld quality, and reduce frictional noise under impact.
- Recessed Battery Cell Terminals for Higher Packing Density
A recessed housing nests adjacent cell terminals to simplify electrical connection, save pack space, and raise battery energy density.
- Battery Module Busbar Layout for Same-Side Output and Venting
Slanted busbars enable same-side battery output, vent gas through through-holes, and fuse quickly under short circuit to save space and reduce heat risk.
- Cylindrical Cell Block Assembly for Dense Battery Module Cooling
Block-type cylindrical cell assemblies use curved cooling contact and thermal interface materials to cut dead space and improve module compatibility.
- Terminal Module Drainage Structure for Wire Connection Protection
Gravity-guided drain parts and a protector housing keep liquid away from wire connections, helping prevent moisture from reaching ECUs.