Solid Electrolyte Fuel Cells TRIZ Cases
- Fuel Cell Self-Heating for Subzero Stack Start-Up
Controlled hydrogen feed and current heating warm a fuel cell stack below 0°C without external heaters, limiting freezing damage and aging.
- Fuel Cell Separator Porous Layout for Uniform Air Supply
Varying pore density in the separator evens air flow near the manifold, reducing local degradation and sustaining fuel cell performance.
- Fuel Cell Stack Degradation Assessment Using Condition-Matched Voltage
Output voltage is checked only when pressure, flow, temperature, impedance, and current are in range for more reliable fuel cell stack degradation assessment.
- Solid Oxide Fuel Cell Intermediate Layer for Low-Resistance Bonding
A graded CeO2-based intermediate layer thickens at the cell edge to improve bonding while lowering resistance in the active region.
- Frameless SOFC Stack With Hollow Fasteners for Sealing and Weight Reduction
Hollow fasteners route gas through a frameless SOFC stack, cutting weight and thickness while avoiding adhesive sealing issues.
- Copper-Coated SOC Interconnect Contact Against Chromium Poisoning
A copper-oxide interconnect coating sinters to the oxygen electrode, limiting chromium poisoning and thermal stress gaps in SOC stacks.
- Solid Oxide Fuel Cell Stack Compression Without Tie-Bars
A tensioned skirt maintains solid oxide fuel cell stack compression through thermal cycling, preserving gas seals and lowering short-circuit risk.