Quantifying the potential of Aquifer Thermal Energy Storage (ATES) for energy savings in the built environment

Earth and Planetary Sciences

• Built Environment 100%
• Heat Storage 100%
• Aquifer 100%
• Energy Saving 100%
• Building 44%
• Cooling 22%
• Energy Use 22%
• Metropolitan Area 16%
• Heating 16%
• Energy Demand 11%
• Climate 11%
• Climate Condition 11%
• North America 11%
• Eastern Europe 11%
• Condition 11%
• Potential Energy 5%
• Literature 5%
• Region 5%
• Target 5%
• Horizon 5%
• Building Technology 5%
• Standard 5%
• Western Europe 5%
• Climate Change 5%
• Project 5%
• Russia 5%
• Floor 5%
• Europe 5%
• Estimate 5%
• Thermal Energy 5%
• Climate Modeling 5%
• Model 5%
• Asia 5%
• Netherlands 5%
• Site 5%
• Electrification 5%
• Northern Europe 5%
• Set 5%
• China 5%

INIS

• energy 100%
• aquifers 100%
• energy storage 100%
• environment 100%
• cooling 22%
• energy consumption 22%
• climates 22%
• heating 16%
• metropolitan areas 11%
• commercial buildings 11%
• europe 11%
• performance 11%
• data 11%
• energy demand 11%
• eastern europe 11%
• north america 11%
• trajectories 5%
• market 5%
• energy efficiency 5%
• russian federation 5%
• asia 5%
• urban areas 5%
• energy systems 5%
• netherlands 5%
• greenhouse gases 5%
• space 5%
• china 5%
• climatic change 5%
• climate models 5%
• potential energy 5%
• western europe 5%
• concentration 5%
• exceptions 5%
• heat pumps 5%
• floors 5%

Engineering

• Built Environment 100%
• Energy Conservation 100%
• Aquifer Thermal Energy Storage 100%
• Energy Engineering 35%
• Subsurface 17%
• Models 11%
• Commercial Building 11%
• Energy Demand 11%
• Floors 5%
• Sensitive Site 5%
• Building Technology 5%
• Thermal Energy 5%
• Heat Pump 5%
• Specific Site 5%
• Energy Systems 5%
• Building Sector 5%
• Building Type 5%
• Floor Space 5%
• Building Heating 5%
• Policymakers 5%
• Term Energy 5%
• Local Property 5%
• Greenhouse Gas 5%
• Potential Energy 5%