Different strategies for long term performance of SAGSHP to match residential energy requirements in a cold climate

Keyphrases

• Residential Energy 100%
• Cold Climate 100%
• Long-term Performance 100%
• Solar-assisted Heat Pump 100%
• Energy Requirement 100%
• Solar Energy 66%
• Borehole Depth 66%
• Temperature Difference 33%
• Energy Saving 33%
• Heating Energy 33%
• Ground Source Heat Pump 33%
• Solar Collector 33%
• Residential Buildings 33%
• Building Heating 33%
• Borehole 33%
• TRNSYS 33%
• Ground Source Heat Pump System 33%
• Environmental Issues 33%
• System Simulation 33%
• Auxiliary System 33%
• Simulation Program 33%
• Recharge 33%
• Operational Strategy 33%
• Ground Loop 33%
• Ground Source 33%
• New Control Strategy 33%
• Operating Mode 33%
• Building Cooling 33%
• Solar Energy Use 33%
• Fossil Fuel Consumption 33%
• Proposed Strategy 33%

INIS

• climates 100%
• performance 100%
• energy 100%
• ground source heat pumps 100%
• solar energy 75%
• boreholes 75%
• simulation 50%
• control 50%
• heating 50%
• depth 50%
• size 25%
• increasing 25%
• fossil fuels 25%
• energy consumption 25%
• solar collectors 25%
• configuration 25%
• cooling 25%
• residential buildings 25%
• fuel consumption 25%
• auxiliary systems 25%

Engineering

• Solar Energy 100%
• Term Performance 100%
• Energy Requirement 100%
• Borehole 100%
• Heating Energy 33%
• Building Heating 33%
• Operating Mode 33%
• Fossil Fuel 33%
• Energy Conservation 33%
• Residential Building 33%
• Simulation Program 33%
• Ground Source Heat Pump System 33%
• Auxiliary System 33%
• Control Strategy 33%