Towards large-scale solar energy systems with peak concentrations of 20,000 suns

Keyphrases

• System Efficiency 100%
• Receiver Plants 100%
• Solar Energy Systems 100%
• Peak Concentration 100%
• System Cost 100%
• Large Scale Solar 100%
• High Temperature 50%
• Chemical Processes 50%
• Increased Performance 50%
• Gas Dynamics 50%
• Tracking Error 50%
• Astigmatism 50%
• Thermo 50%
• Design Practice 50%
• Field Performance 50%
• Solar Energy 50%
• Gas Turbine 50%
• Heliostat 50%
• Heliostat Field 50%
• Central Receiver 50%
• Solar Receiver 50%
• Central Receiver System 50%
• Geometric Factor 50%
• Ultra-high Temperature 50%
• High Temperature Applications 50%
• Area Cost 50%
• Collection Optics 50%
• Cycle Efficiency 50%
• Surface Error 50%
• Solar Access 50%
• Technology Practice 50%

Engineering

• System Efficiency 100%
• Heliostats 100%
• System Cost 100%
• Solar Energy System 100%
• Combined Cycle 50%
• Dynamic Process 50%
• Dilution 50%
• Gas Turbine 50%
• Solar Energy 50%
• Cycle Efficiency 50%
• Central Receiver System 50%
• High Temperature Applications 50%
• Field Performance 50%
• High-Temperature Thermo-Chemical Process 50%
• Geometric Factor 50%
• Gas Dynamics 50%