Parametrized analysis of a carbon dioxide transcritical Rankine cycle driven by solar energy

Keyphrases

• Carbon Dioxide 100%
• Parametric Analysis 100%
• Solar Energy 100%
• Regenerator 100%
• Solar Field 100%
• Transcritical Rankine Cycle 100%
• Operation Pressure 100%
• Field Configuration 100%
• Low Temperature 50%
• Technical Potential 50%
• Medium Temperature 50%
• Cycle Basis 50%
• Multi-objective Optimization Algorithm 50%
• Pressure Drop 50%
• Solar Collector 50%
• Supercritical Carbon Dioxide 50%
• Rankine Cycle 50%
• Optimum Size 50%
• Available Energy 50%
• Exergy Efficiency 50%
• Radial Heat Transfer 50%
• Size Design 50%
• Transcritical Carbon Dioxide 50%
• Heat Transfer Area 50%
• Thermoeconomic Cost 50%
• Heat Loss 50%
• Solar Thermal Collector 50%
• Specific Cost 50%
• Avoidable Exergy Destruction 50%
• Best Configuration 50%

Engineering

• Solar Energy 100%
• Regenerator 100%
• Solar Field 100%
• Rankine 100%
• Solar thermal collectors 100%
• Carbon Dioxide 100%
• Available Energy 50%
• Parametric Analysis 50%
• Technical Potential 50%
• Multiobjective Optimization 50%
• Pressure Drop 50%
• Power Cycle 50%
• Supercritical Carbon Dioxide 50%
• Heat Losses 50%
• Exergy Efficiency 50%
• Exergy Destruction 50%
• Heat Transfer Area 50%
• Thermoeconomics 50%
• Optimum Size 50%
• Solar Collector 50%
• Collectors 50%

INIS

• carbon dioxide 100%
• cost 100%
• solar energy 100%
• rankine cycle 100%
• configuration 75%
• operation 50%
• heat transfer 50%
• regenerators 50%
• exergy 50%
• size 25%
• power 25%
• energy 25%
• performance 25%
• design 25%
• optimization 25%
• efficiency 25%
• minimization 25%
• parametric analysis 25%
• medium temperature 25%
• pressure drop 25%
• solar collectors 25%
• heat losses 25%