Structural foundation piles are being used increasingly as heat exchangers to provide renewable heat for new buildings. To design such energy systems a steady state is assumed within the pile, which is conventionally characterised by constant thermal resistance. However, there has been little research regarding pile resistance and there are few published case studies. Numerical modelling results are presented hereto provide typical values of pile resistance, depending on the details of the heat exchange pipes. Analysis suggests large diameter piles may take several days to reach steady state; in these cases a transient design approach may be more appropriate
Thermal piles – that is structural foundation piles also used as heat exchangers as part of a ground...
The use of foundation piles as ground heat exchangers coupled to a geothermal heat pump is considere...
This paper investigates the applicability of currently available analytical, empirical and numerical...
Structural foundation piles are being used increasingly as heat exchangers to provide renewable heat...
Pile heat exchangers are expected to make a significant contribution to meeting UK and EU renewable ...
Foundation piles used as heat exchangers as part of a ground energy system have the potential to red...
Pile heat exchangers offer a cost effective route to implementation of ground-source heat pump syste...
Pile heat exchangers have an increasing role to play in the delivery of renewable heating and coolin...
Pile heat exchangers are traditional foundation piles with built in heat exchangers. As such, the fo...
Ground source heat pump systems, operating in conjunction with vertical ground heat exchangers, will...
Thermal response tests (TRTs) are regularly used to characterise the thermal resistance of borehole ...
Pile heat exchangers – where heat transfer pipes are cast into the building piled foundations – offe...
The geotechnical design of energy piles requires confirmation that the foundations can continue to c...
The use of pile foundations as heat exchangers in combination with heat pump conditioning systems ar...
Predicting the long-term thermal performance of an energy pile ground heat exchanger system requires...
Thermal piles – that is structural foundation piles also used as heat exchangers as part of a ground...
The use of foundation piles as ground heat exchangers coupled to a geothermal heat pump is considere...
This paper investigates the applicability of currently available analytical, empirical and numerical...
Structural foundation piles are being used increasingly as heat exchangers to provide renewable heat...
Pile heat exchangers are expected to make a significant contribution to meeting UK and EU renewable ...
Foundation piles used as heat exchangers as part of a ground energy system have the potential to red...
Pile heat exchangers offer a cost effective route to implementation of ground-source heat pump syste...
Pile heat exchangers have an increasing role to play in the delivery of renewable heating and coolin...
Pile heat exchangers are traditional foundation piles with built in heat exchangers. As such, the fo...
Ground source heat pump systems, operating in conjunction with vertical ground heat exchangers, will...
Thermal response tests (TRTs) are regularly used to characterise the thermal resistance of borehole ...
Pile heat exchangers – where heat transfer pipes are cast into the building piled foundations – offe...
The geotechnical design of energy piles requires confirmation that the foundations can continue to c...
The use of pile foundations as heat exchangers in combination with heat pump conditioning systems ar...
Predicting the long-term thermal performance of an energy pile ground heat exchanger system requires...
Thermal piles – that is structural foundation piles also used as heat exchangers as part of a ground...
The use of foundation piles as ground heat exchangers coupled to a geothermal heat pump is considere...
This paper investigates the applicability of currently available analytical, empirical and numerical...