Performance of a hybrid solar receiver combustor

Keyphrases

• Combustion 100%
• Hybrid Solar Receiver Combustor 100%
• Mixed Mode 80%
• Operation Mode 60%
• Thermal Efficiency 60%
• Heat Transfer 40%
• Natural Gas 40%
• Energy Sources 40%
• Heat Loss 40%
• Thermal Energy 40%
• Solar Sources 40%
• Heat Flux Distribution 40%
• Hybrid Solar System 40%
• Energy Systems 20%
• Energy Supply 20%
• Reaction Chamber 20%
• Combustor 20%
• Power Generation 20%
• Solar Radiation 20%
• Heat Mass Transfer 20%
• Cost of Capital 20%
• Dominant Mode 20%
• Combustion Process 20%
• Combustion System 20%
• Experimental Demonstration 20%
• Energy Cost 20%
• Solar Energy 20%
• Single Device 20%
• Interaction with Environment 20%
• Heat Convection 20%
• Heat Generation 20%
• Heat Recovery 20%
• Heat Transfer Fluid 20%
• Heat Interaction 20%
• Maximum Capacity 20%
• Levelized Cost of Energy 20%
• Low-NOx 20%
• Short-term Variability 20%
• Three-mode 20%
• Moderate or Intense Low-oxygen Dilution Combustion 20%
• Convective Heat Loss 20%
• Combustion Sources 20%
• Low Pollutant Emissions 20%
• Low Potential 20%
• Combined Heat Power 20%
• Long-term Variation 20%
• Renewable Energy Penetration 20%
• Dispatchable 20%
• Solar Receiver 20%
• Concentrated Solar Radiation 20%
• Solar Thermal Devices 20%
• Combustion Plant 20%
• Xenon Arc 20%
• Solar Lamps 20%
• Convection-radiation 20%

Engineering

• Combustor 100%
• Mixed Mode 100%
• Solar Receiver 100%
• Heat Losses 75%
• Thermal Efficiency 75%
• Thermal Energy 50%
• Natural Gas 50%
• Solar Radiation 50%
• Energy Source 50%
• Heat Flux 50%
• Power Generation 25%
• Simulators 25%
• Capital Cost 25%
• Solar Energy 25%
• Convective 25%
• Direct Effect 25%
• Infrastructure 25%
• Heat Recovery 25%
• Heat Transfer Fluid 25%
• Solar Thermal 25%
• Dominant Mode 25%
• Combustion System 25%
• Single Device 25%
• Cogeneration Combined Cooling Heating Power 25%
• Reaction Chamber 25%
• Combustion 25%
• Heat Convection 25%
• Renewable Energy 25%
• Dilution 25%
• Levelised Cost of Electricity 25%

Chemical Engineering

• Heat Flux 100%
• Combustion 50%
• Heat Convection 50%