Steam Engine Plants TRIZ Cases
- Vapor-Powered Liquid Turbine for Low-Temp Power
A vapor-driven liquid turbine converts thermal energy into mechanical work using pressurized fluid cycles.
- Combined-Cycle Plant Control for Subfrequency Transients
A control device adjusts regulation valves to maintain superheated steam flowrates during electrical network transients.
- SMA Wire Heat Transfer via Spaced Bracket
Spacers maintain gaps between SMA wires, resolving the trade-off between structural stability and thermal performance.
- Steam Turbine Frequency Response via Direct Steam Bypass
Direct steam bypass connects high-pressure turbine output to low-pressure stage without reheating, enabling 3 to 10 second frequency stabilization.
- Supercritical CO2 Heat Engine with Sequential Recuperators
Sequential recuperators in a supercritical carbon dioxide circuit reduce required heat transfer area while increasing net power output.
- Single Regenerator for Multi-Level ORC Heat Recovery
A single regenerator recovers heat from vapor to preheat liquid working fluids across multiple pressure levels.
- Malone Engine Using CO2 Liquid Solution
Carbon dioxide liquid solution in Malone engines increases thermal expansion, reducing weight and sealing complexity.
- Closed-Loop Steam Engine Using Water Jet Turbine
A closed-loop steam engine drives a turbine via a high-speed water jet generated by a steam injector.