Modelling of Heat Energy Recovery Potential form Underground Railways with Nearby Vertical Ground Heat Exchangers in an Urban Environment

Keyphrases

• Urban Environment 100%
• Underground Railway 100%
• Ground Heat Exchanger 100%
• Vertical Ground Heat Exchanger 100%
• Heat Energy Recovery 100%
• Energy Recovery Potential 100%
• Ground Source Heat Pump 50%
• Heat Extraction Rate 50%
• Carbon Emissions 25%
• Operating Cost 25%
• London Underground 25%
• Subterranean Infrastructure 25%
• Underground Railway Tunnel 25%
• Heat Energy 25%
• Heat Load 25%
• Cost-emission 25%
• Energy Generated 25%
• Ground Source Heat Pump System 25%
• Geometrical Configuration 25%
• Heat Extraction 25%
• Extraction Enhancement 25%
• Thermal Interaction 25%
• Railway Tunnel 25%
• Operational Carbon 25%
• 3D numerical Study 25%
• Pump System Efficiency 25%
• Ground Heat 25%

Engineering

• Railway 100%
• Ground Heat Exchanger 100%
• Thermal Energy 100%
• Heat Extraction 50%
• Ground Source Heat Pump 33%
• Ground Source Heat Pump System 16%
• Infrastructure 16%
• Operational Cost 16%
• System Efficiency 16%
• Geometrical Configuration 16%
• Thermal Load 16%

Earth and Planetary Sciences

• Thermal Energy 100%
• Underground Railway 100%
• Heat Exchanger 100%
• Energy Recovery 100%
• Actuator 50%
• London 16%
• Carbon Dioxide Emission 16%