Ground Source Heat Pumps
Climatherm - Norfolk & East Anglia

Ground Source Heat Pumps utilise pipes that are buried in the ground to extract natural occurring thermal energy.  The heat from the ground is then transferred to the pipes, warming the mixture of antifreeze and water within.  As the ground stays at a relatively constant temperature under the surface, a Ground Source Heat Pump can be used all year round.  If a greater heat demand is required or there are space limitations, an alternative to a ground loop array is to have a bore hole drilled.  The length of ground loop or depth / quantity of boreholes is determined by the heat requirement

Low grade heat is then transported from the ground loop / bore hole to an evaporator which heats liquid refrigerant, this refrigerant is then compressed turning the liquid in to a high pressure super-heated vapour which transfers the heat to the water in the heating system.  The now cooled vapour evaporates and the process is repeated whilst there is a demand.

Contact Our Team

What are the advantages of
Ground Source Heat Pumps?

  • Reduced heating bills and reliance on fossil fuels
  • Lower your carbon emissions
  • No longer require a fuel delivery
  • Planning permission is not required
  • 20 Year lifespan with online monitoring tools
  • Potential Government Incentives available
Contact Our Team
Ground Source Heat Pumps - Installation Norfolk
Ground Source Heat Pumps - Installation Norfolk

Why Choose Climatherm for
Ground Source Heat Pumps?

We only use quality Heat Pumps from leading manufacturers such as Viessman.  Since they are so well made, we expect them to last for twenty years with very little maintenance.  Our Engineers are FGAS registered and have a wealth of knowledge and experience both in domestic and commercial applications.

Contact Our Team

Get a Personalised Quote

Contact us today for a free quote tailored to you property and individual requirements.

Request a Callout

Need to arrange a service or need us to come out to fix a renewable product?

This website uses cookies to improve your experience. By continuing to use this website, you agree to our use of cookies as described in our Privacy Policy.