Wound/Folded Electrode Electrodes TRIZ Cases
- Power Storage Cell Insulating Film Layout for Faster Electrolyte Impregnation
A segmented insulating film leaves a narrow uncovered path that speeds electrolyte distribution through the cell while preserving insulation and energy density.
- Battery Terminal Layout for Higher Capacity Density
A notched housing, insulating member, and protruding connecting sheet free more internal space for the battery cell, raising capacity density.
- Battery Separator Pore Structure for Winding-Induced Deformation
Varying pore geometry across separator thickness offsets winding deformation, improving electrolyte uniformity, power capability, and cell life.
- Secondary Battery Terminal Connection Structure for Simpler Assembly
A terminal connection part passes through the cap plate to cut rivets and gaskets, simplifying battery assembly while keeping reliable electrical contact.
- Cylindrical Battery Cell Extensions for Radial Tab Alignment
Multiple uncoated extensions are spaced and sized to align radially when rolled, simplifying tab connection and improving electrical pathways.
- Battery Cell Housing With Aluminum-Plastic Skirt Against Edge Leakage
An aluminum-plastic film housing with an outward skirt protects battery cell edges, disperses external force, and helps prevent leakage.
- Wound Battery Cell Bent-Region Insulation Against Dendrite Shorts
A porous insulation layer in wound electrode bends lets ions pass while blocking dendrite growth, delaying shorts and extending cell life.
- Square Pillar Battery Cell Layout for Dense Module Cooling
Flat-sided square battery cells remove module dead space, raise packing density, and improve cooling plate contact for better output and capacity.
- Current Collector Terminal Structure for Preheat-Free Battery Welding
A segmented terminal bonding region enables laminate-film welding without preheating while limiting heat transfer to the electrode stack.
- Battery Housing Seal Folding to Reduce Pouch Cell Edge Area
Folded tail and side seal portions shrink battery housing edge area, preserving sealing reliability while increasing energy density.
- Battery Roll Core Connection Layout for Lower Resistance Tabs
A dual-roll-core tab layout uses strip and U-shaped adapters to cut internal resistance and heat loss while keeping the battery compact.
- Battery Cell Tab Structure for Safer End-Cover Assembly
Different tab lengths and an isolation channel reduce tab insertion short-circuit risk while easing battery cell end-cover assembly.
- Secondary battery
A terminal connection part passes through the cap plate and welds to the current collector, cutting battery parts and simplifying assembly.
- Secondary Battery Terminal Assembly With Direct Current Collector Coupling
Direct coupling of current collectors and a terminal connection part simplifies secondary battery assembly and removes separate rivet components.