Electrolyte Moving Arrangements TRIZ Cases
- Electrochemical Cell Progressive Electrode Segmentation
Segmented electrode bodies manage progressive fuel growth, resolving power output versus cycle life trade-offs in rechargeable systems.
- Ceramic-Coated Separator for Thermal Stability in Lithium Batteries
A perforate support filled with porous ceramic material coated with fine particles enhances ion conductivity and structural integrity.
- Integral Manifold Forming for Flowing Electrolyte Batteries
Pre-heating the mould cavity enables strong bonding of molten material to battery cell stacks without deforming soft porous plastic components.
- Redox Flow Battery Non-Aqueous Electrolyte Design
Spiro-type ammonium salts boost energy density by inhibiting side reactions in non-aqueous redox flow batteries.
- Battery Pack Cooling Structure with Integrated Duct Channels
A battery pack design integrates coolant channels within the case structure to cool unit cells and electronic members.
- Integral Manifold for Flowing Electrolyte Battery
An injection-molded integral manifold creates sealed fluid passages adjacent to a cell stack, reducing energy losses and preventing damage during assembly.
- Fuel Cell Rack Isolation for Data Center Cooling
Isolated rack-level fuel cells eliminate complex cabling and liquid cooling risks while reducing energy consumption.
- Rechargeable Battery Fuse Embedding with Exposing Hole
Synthetic material embeds the terminal connection portion to contain sparks and molten fuse material within the battery assembly.
- Electric Storage Device Holder for Individual Cell Replacement
A holder with guide portions moves electric storage components to a holding position for easy insertion and removal.
- Flowing Electrolyte Battery Valve Pressure Control
A valve regulates pressure differences between electrolyte circuits to enable controlled chemical stripping of zinc deposits.
- Integrated Acid Pump Structure for Lead-Acid Battery
Merging the acid pump into the housing eliminates manual installation steps, reducing manufacturing complexity while preventing acid stratification.