Electrolyte Moving Arrangements TRIZ Cases
- Battery Module Cooling Member with Integrated Heat Dissipation Fin
Integrated cooling members combine structural support with active thermal conduction, mitigating heat accumulation risks in compact high-power battery packs.
- Fuel Cell Stack Channel Structure for Uniform Fluid Distribution
Series-connected fuel cell channels with reduced inlet areas ensure uniform electrolyte supply across all elements.
- Metal-Air Flow Battery Oxygen Exchange Unit
Pumped oxygen exchange unit enriches cathode electrolyte, preventing solid discharge product deposition on air-side pores.
- Magnetohydrodynamic Electrolyte Circulation for Naval Generators
Replacing mechanical pumps with magnetic fields eliminates generator weight and noise while sustaining electrolyte circulation.
- Rechargeable Battery Wall Element for Electrolyte Mixing
Segmented wall elements partition battery cavities to mix electrolytes, reducing acid coating and sludge accumulation during vehicle movement.
- Liquid Silicon Anode Pouch for Battery Volume Expansion
Segmented silicon particles in conductive anolyte within flexible pouch maintain electrical contact despite 400% swelling.
- MCFC Sealing Platform Segmentation for Short Circuit Prevention
A segmented sealing platform combines conductive and insulating regions to maintain electrical contact while blocking short circuit paths.
- Battery Module Heat Dissipation via Integrated Frame
A battery module uses a frame structure with heat dissipation support members to conduct thermal energy from stacked cells.
- Fuel Cell Separator With Corrugated Flow Paths
Corrugated flow paths with turned areas connect adjacent channels to improve fluid distribution and reduce power generation degradation.