Integrated thermal strategies for UK non-domestic building energy demand

Keyphrases

• Non-domestic Buildings 100%
• Building Energy Consumption 100%
• Building Science 71%
• Urban Science 71%
• Adaptive Thermal Comfort 71%
• Warm Climate 57%
• Cooling Demand 57%
• Deep Borehole 42%
• Renewable Electricity 42%
• Carbon Emissions 28%
• Environmental Conditions 28%
• Temperature Setpoint 28%
• Office Building 28%
• Net Zero 28%
• Geothermal Energy 28%
• Case Study Building 28%
• Climate Change 14%
• Energy Consumption 14%
• Energy Use 14%
• Monitoring Data 14%
• Prediction Accuracy 14%
• Dynamic Simulation 14%
• Energy Demand 14%
• Summer Season 14%
• Heat Source 14%
• Modeling Prediction 14%
• Future Warming 14%
• Digital Sensor 14%
• Cutout 14%
• Energy Reduction 14%
• Thermal Comfort 14%
• Temperate Climate 14%
• Adaptive Approach 14%
• Newcastle 14%
• Energy Provision 14%
• Non-renewable 14%
• Environmental Energy 14%
• Climate Scenarios 14%
• Lion 14%
• Repurposing 14%
• Scientific Innovation 14%
• Future Climate Scenarios 14%
• Consumption Emissions 14%
• Energy Performance 14%
• Wellbore 14%
• Demand Scenarios 14%
• Future Buildings 14%
• Multi-sensor System 14%
• Renewable Energy Consumption 14%
• Heating Demand 14%
• Construction Demand 14%
• Thermostat Settings 14%
• Building Energy 14%
• Demand Changes 14%
• Cooling Needs 14%
• Heat Decarbonisation 14%
• Adaptive Comfort 14%
• Mechanical Cooling 14%
• Occupant Thermal Comfort 14%

Engineering

• Domestic Building 100%
• Thermal Comfort 100%
• Building Physics 71%
• Cooling Demand 57%
• Borehole 42%
• Renewable Energy 42%
• Office Buildings 28%
• Renewables 28%
• Geothermal Energy 28%
• Energy Building 28%
• Case Study Building 28%
• Set Point Temperature 28%
• Climate Change 14%
• Climatic Change 14%
• Monitoring Data 14%
• Accurate Prediction 14%
• Lesser Extent 14%
• Simulation Model 14%
• Summer Season 14%
• Set Point 14%
• Energy Performance 14%
• Wellbore 14%
• Multisensor System 14%
• Heat Addition 14%