Fuel Cells TRIZ Cases
- Fuel Cell Separator Sealing Design for Pressure Management
Independent sealing portions suppress local surface-contact pressure increases, improving sealability and design flexibility.
- Fuel Cell Anode Gas Ejector Recirculation Control
A single gas ejector recirculates anode exhaust using high-pressure fuel gas, reducing power consumption and device complexity compared to mechanical pumps.
- Fuel Cell Stack Assembly Apparatus Alignment
A fuel cell stack assembly apparatus uses perpendicular alignment features and magnetic abutments to position ferritic units.
- Fuel Cell Device Flow Regulation for Natural Gas Composition Fluctuations
A control unit regulates natural gas inlet flow based on reformer and anode output flows to maintain stable operation.
- Unitary Tie Rod for Fuel Cell Stack Compression
A unitary tie rod with preconfigured engagement surfaces applies compression force to fuel cell assemblies.
- Fuel Cell Voltage Loss Calculation Using Transient Response Analysis
A controller calculates ohmic resistance voltage loss by sensing open circuit and operation voltages during switch transitions.
- SOFC Separator Manifold Design for Thermal Stability
Elliptical inlet and outlet manifolds in solid oxide fuel cell separators optimize gas flow patterns to boost power density per unit volume.
- Hydrogen Recirculation and Purification for Fuel Cell Efficiency
A hydrogen recirculation device purifies and compresses anode outlet gas using a membrane electrode assembly to recover unused fuel.
- Functionalized Diels-Alder Polyphenylene Polymers for Tunable Conductivity
Pendant reactive handles on poly(phenylene) backbones enable tunable chemical functionalities without compromising backbone durability.
- Fuel Cell Control System Using Forward and Correction Controllers
Forward and correction controllers manage fuel cell operations by dynamically adjusting operational constraints based on real-time measured signals.