Off-design and annual performance analysis of supercritical carbon dioxide cycle with thermal storage for CSP application

Keyphrases

• Molten Salt 100%
• S-CO2 Cycle 100%
• Supercritical Carbon Dioxide Cycle 100%
• Thermal Storage 100%
• Off-design 100%
• CSP Applications 100%
• Annual Performance Analysis 100%
• Maximum Power 66%
• Concentrated Solar Power 66%
• Inlet Temperature 66%
• Maximum Efficiency 66%
• Power Block 66%
• Power Mode 66%
• High Efficiency 33%
• Net Energy 33%
• Ambient Conditions 33%
• Highly Sensitive 33%
• Multi-objective Optimization 33%
• Pareto Front 33%
• Design Condition 33%
• Heat Input 33%
• Power Input 33%
• Design Efficiency 33%
• Value Sensitive Design 33%
• Power Applications 33%
• Capacity Factor 33%
• Supercritical CO2 (SCO2) 33%
• Operational Strategy 33%
• Power Cycle 33%
• Supercritical Carbon Dioxide(sCO2) 33%
• Optimal Operational Strategy 33%
• Off-design Performance 33%
• Solar Field 33%
• In-house Code 33%
• Recompression Cycle 33%
• Annual Performance 33%
• Recompression 33%
• Air Brayton Cycle 33%
• Cold Storage Tank 33%
• Steam-air 33%
• Two-tank 33%
• Rankine 33%
• Central Tower 33%
• Salt Flow 33%
• Variable Ambient Temperature 33%
• Molten Chlorides 33%
• Off-design Condition 33%

Engineering

• Supercritical Carbon Dioxide 100%
• Performance Analysis 100%
• Molten Salt 100%
• Thermal Energy Storage 100%
• Design Condition 66%
• Concentrated Solar Power 66%
• Power Block 66%
• Power Mode 66%
• Recompression 66%
• Flow Rate 33%
• Flow Velocity 33%
• Ambient Condition 33%
• Multiobjective Optimization 33%
• Pareto Front 33%
• Power Input 33%
• Heat Input 33%
• Tower 33%
• Inlet Temperature 33%
• Capacity Factor 33%
• Compressor Inlet Temperature 33%
• Power Cycle 33%
• Storage Tank 33%
• Design Value 33%
• Rankine 33%
• Air Brayton Cycle 33%
• Solar Field 33%