Research Article
Supercritical CO2 Brayton Cycle Design for Small Modular Reactor with a Thermodynamic Analysis Solver
Table 5
Optimal design for the water-cooled simple Brayton cycle.
| Cooling type | Water cooled | Dry cooled |
| Produced net power | 35.9 MW | 32.6 MW | Cycle thermal efficiency | 35.9% | 32.6% | Turbine mass flow rate | 426.3 kg/s | 515.0 kg/s | TIP/TIT | 20 MPa/460°C | 20 MPa/460°C | CIP/CIT | 7.4 MPa/32°C | 7.4 MPa/55°C | Recuperator UA | 3000 kW/K | 4200 kW/K | Inlet and outlet temperatures of high-pressure side of recuperator | 94.0°C/269.8°C | 142.9°C/301.96°C | Inlet and outlet temperatures of low-pressure side of recuperator | 346.5°C/103.7°C | 346.5°C/152.9°C | Minimum temperature difference of recuperator | 10.1°C | 10.0°C | Turbine produced power | 49.8 MW | 60.4 MW | Compressor consumed power | 13.9 MW | 27.8 MW |
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