Dynamic model of supercritical CO₂ brayton cycles driven by concentrated solar power

Keyphrases

• Dynamic Model 100%
• Concentrated Solar Power 100%
• S-CO2 Brayton Cycle 100%
• Supercritical CO2 Brayton Cycle 100%
• Ambient Temperature 66%
• Recompression 66%
• Mass Flow Rate 66%
• Solar Radiation 33%
• Numerical Model 33%
• Load Model 33%
• Quasi-steady State 33%
• Steady-state Analysis 33%
• Solar Receiver 33%
• Off-design Operation 33%
• Recompression Cycle 33%
• Heat Addition 33%
• Load Operation 33%
• Heat Exchanger Performance 33%
• Heat Input 33%
• Tower Structure 33%
• Steam Cycle 33%
• Steady-state Conditions 33%
• Partial Load 33%
• Rankine 33%
• Turbine Inlet Temperature 33%
• Power Block 33%
• Generated Power 33%
• Central Tower Receiver 33%
• Supercritical Carbon Dioxide(sCO2) 33%

INIS

• dynamics 100%
• power 100%
• carbon dioxide 100%
• brayton cycle 100%
• steady-state conditions 50%
• operation 50%
• ambient temperature 50%
• turbines 50%
• heat 50%
• towers 50%
• flow rate 50%
• configuration 25%
• design 25%
• solar radiation 25%
• velocity 25%
• power systems 25%
• steam 25%
• solar central receivers 25%
• compressors 25%
• heat exchangers 25%

Engineering

• Dynamic Models 100%
• Concentrated Solar Power 100%
• Recompression 100%
• Mass Flowrate 66%
• Solar Radiation 33%
• Power Engineering 33%
• Numerical Model 33%
• Load Model 33%
• Quasi Steady State 33%
• Heat Addition 33%
• Supercritical Carbon Dioxide 33%
• Steam Rankine Cycle 33%
• Power Block 33%
• Steady State Analysis 33%
• Turbine Inlet Temperature 33%
• Heat Input 33%
• State Condition 33%
• Partial Load 33%
• Exchanger 33%