Ground source heat pumps

A ground source heat pump is an eco-friendly and cost-effective way of heating your home. It uses coolant pumped through a coil of underground pipes to absorb heat from the ground. The heat pump then raises the temperature of the coolant and turns that heat into water. The water is then pumped around your home via radiators or underfloor heating, which also provides you with hot water. Though it may sound complicated, it’s an incredibly simple and efficient way to heat your home.

No. In fact, they can be much cheaper to run than traditional heating and cooling systems. They only use a little bit of electricity to power the pump, and they can generate up to three times as much energy as they use. This also makes them perfect to use in conjunction with a solar energy installation, so speak to our expert team if you have any questions about this.

They are more expensive to install than traditional heating and cooling systems, but they last for about 50 years and can also save you money on your energy bills, making them a wise investment in the long run. In general, you can expect to save between 20% and 50% on your energy bills by switching to a ground source heat pump.

If you have any questions relating to how efficient a ground source heat pump could be for your home, speak to our friendly team. If they don’t think it’ll be suitable for you, they’ll be able to suggest other clean energy alternatives, such as air source pumps or hydrogen boilers.

Yes, in fact, they’re a very common way to heat homes with ground source heat pumps. They also work equally well with underfloor heating systems.

You’ll need to consider things like how much your current energy bills are, the climate in your area, the size of your home, your budget, and if you have enough land for the ground loop. We have decades of experience advising people all around the country on the best solution for their unique heating needs, so speak to us for unbiased advice and competitive quotes.

This can vary depending on a number of factors, including the size of your home, the type of ground loop you choose, and the amount of work involved in the installation. However, in general, you can expect to pay anywhere between £14,000 and £45,000. Air source heat pumps are cheaper, with a typical installation setting you back around £15,000.

You could potentially cut your energy bills by a quarter and maybe even as much as a half with a ground source heat pump. Factors such as the size of your home, the climate in your area, and the efficiency of your heat pump system influence these figures. However, in general, heat pumps are considered to be much more energy-efficient than some alternative heating solutions. To get an idea of how much you could save, speak to our expert team today.

The cost of a new ground source heat pump, including the installation, can land between £16,200 and £50,000. This price can change based on how big your house is, the type of soil, and how much digging needs to be done. We understand that this is a lot, but remember, it can save you money on your bills in the long run, and there are grants available to help with the cost.

Ground source heat pumps have a few downsides. First, they’re expensive to install. You might also need a lot of space for the underground part. Installation can mess up your yard, and if your house isn’t well-insulated, you won’t get the full benefit. Plus, they might not be as effective in extremely cold areas without a backup heat source. That being said, they are extremely effective in boosting your home value, saving on energy costs and are a long-lasting, green choice for your home.

Specialised technicians are the ones to call for a ground source heat pump service. These experts understand how the system works, from the underground loops to the heat pump itself. Choosing someone with experience and good reviews for maintenance or any fixes you might need is important.

Ground source heat pumps do use electricity, but they’re super efficient, turning each unit of electricity into three to four units of heat. So, even though they need electricity to run, they use it very efficiently, leading to lower overall energy costs compared to traditional heating and cooling systems.