Ground Source Heat Pumps
Cinergi is an MCS accredited installer of both air and ground source heat pumps.
- MCS accredited
- Quality workmanship
- Honest, expert advice
- MCS accredited
- Quality workmanship
- Honest, expert advice
What is a ground source heat pump (GSHP)?
With the growing focus on renewable energy and the quest to become more energy efficient, heat pumps are becoming more commonplace in the world of domestic heating. The advancement in technology, plus government incentives such as the Boiler Upgrade Scheme (BUS), has made them a much more viable option.
Heat pumps are most commonly found in 2 forms:
- Air Source Heat Pumps (ASHP)
- Ground Source Heat Pumps (GSHP)
Both work in the same way but, as the name suggests, they generate energy from either the air or the ground.
The crucial difference between a GSHP and a traditional boiler is that it is powered by electricity rather than burning fossil fuels, offering both a cost and carbon emission saving.
What are the Benefits of Ground Source Heat Pumps?

Reduced Fuel Bills
Depending on your current energy supply, a heat pump has low running costs and can reduce your heating energy bills. Typically, the largest savings are seen when replacing oil, LPG, electric, or old/inefficient natural gas boilers.

Reduced Carbon Emissions
A heat pump is a source of renewable energy and does not burn fossil fuels. As a result, switching to a ground source heat pump can drastically reduce your home’s carbon emissions.

Minimal Maintenance
A yearly inspection is required in order to ensure the heat pump is operating effectively and safely, and to maintain the relevant guarantees. Therefore, the overall running costs are lower than maintaining a gas boiler.

Easier To Install
A GSHP is undoubtedly more efficient than gas central heating, and generally more efficient than an air source heat pump. This is because the temperature below ground is constant throughout the entire year whereas the air temperature obviously fluctuates quite drastically, thereby affecting the efficiency of an air source heat pump.
Ready to find out more about heat pumps?
If it all feels a bit complicated, don’t worry. That’s what we’re here for. Cinergi makes switching from a traditional heating system to a heat pump simple, whether you’re ready for a quote or just want honest advice.
How do ground source heat pumps work?
Ground source heat pumps work by absorbing natural heat energy from the ground to provide space heating and hot water.
A system of pipes is run underground in the form of horizontal loops or vertical boreholes, through which a mix of water and antifreeze is pumped. The liquid absorbs the natural heat from the ground, is compressed and then passes through a heat exchanger, which is powered by electricity. This is used to heat water which is then used via your heating system and hot water.
As with air source heat pumps, ground source heat pumps are more efficient when producing water at lower temperatures – this makes them ideal solutions for homes with underfloor heating, but also work with conventional radiator systems.
Why homeowners choose Cinergi for heat pump installation

We make renewable energy simple
No jargon. No pressure. Just clear, honest advice that helps you understand your options and feel confident in every decision.

We know our stuff
We’re highly accredited and have decades of experience. We design systems using proven technology, trusted manufacturers and the latest innovations to future-proof your home and maximise efficiency.

We Design Around You
Every home and business is different. We take the time to understand your energy use, goals, and budget to create tailored recommendations in your best interest, not ours.

We respect your home
We treat every property as if it were our own, with genuine care, attention to detail, and ongoing support you can rely on.
Trusted by Homeowners Like You
We’re proud of our reputation for quality workmanship and excellent service.
Frequently asked questions about Ground source heat pumps
Which is better, ground source or air source heat pumps?
Both have pros and cons. GSHPs are more efficient due to soil temperature being more constant than air temperatures, however, they require a lot of space and are expensive to install, so for average sized properties an air source heat pump is a better solution.
Do ground source heat pumps work in the winter?
Yes, the pipework (either horizontal loops or boreholes) are buried at a depth where the ground temperature is consistent all year round, thereby the winter months do not effect the efficiency of ground source heat pumps. This can be viewed as both a postitive and a negative thing - for example if you are looking to heat a swimming pool during the summer months then an air source heat pump will be more efficient than a ground source heat pump due to the ambient temperature of the air vs that of the ground.
Can solar panels work alongside ground source heat pumps?
Yes. A GSHP runs on electricity so generating your own power will make your property ever more self-sufficient and green!
How deep does a ground source heat pump need to be?
Horizontal GSHP loops are generally buried of a depth of around 1.2m (depending on the ground type and condition) and can cover an area of anything up to 100m x 100m depending on the size of the property. Borehole systems can vary between 80m to 200m in depth and multiple can be used to heat larger properties.
Can a GSHP produce hot water?
Do GSHPs produce heat for radiators?
Yes, a GSHP can provide hot water for a central heating systems containing radiators. A system designed for radiators will typically be designed at between 45-50 degrees celsius; as part of our design process, we will ensure all radiators are sizes correctly.
Can GSHPs provide air conditioning/cooling?
Yes, a GSHP can even be used as a cooling system in warmer months.
How much money can a ground source heat pump save on energy bills?
According to the Energy Saving Trust, a GSHP can save you up to £870 per year when replacing an old gas boiler (correct as of October 2022).
Do ground source heat pumps work with underfloor heating?
Fitting underfloor heating is a more efficient heat distribution solution than traditional radiators as it requires lower temperatures. Heat pumps operate at their most efficient at lower temperatures, so it makes an ideal pairing.
How much land do you need for a ground source heat pump?
You need a large plot of land for a GSHP. Just how much land depends on the size of your property and whether you opt for horizontal loops or vertical boreholes. Horizontal loops are most common and cheaper to install, and require anything up to 1,200 square metres. You will also need plant room space for the pump which is larger than a traditional boiler, sometimes as large as a kitchen appliance.
Do you need planning permission for a GSHP?
There are two instances where planning permission is required for GSHP installation - if it covers more than 0.5 hectares of land, or if you live in a listed building.
Can I get a grant for renewable heating?
The Boiler Upgrade scheme offers £6,000 towards a renewable heating system such as a ground source heat pump. The installer must be MCS accredited, like Cinergi.
Want to speak to us about our Ground Source Heat Pump Systems?
To find out more about more about our wide rang of energy and heating solutions, either schedule a call or get in touch via our contact form today.
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Our Claims Explained
- Heat pumps are up to 400% efficient. This refers to the Coefficient of Performance (COP), which measures heat output compared to electricity input. Actual performance varies depending on property insulation, system design, and outdoor temperatures. Typically, for every 1kW of electricity used, around 4kW of heat can be produced under optimal conditions.
- More than three times more efficient than fossil fuel boilers– see the Energy Saving Trust
- Ofgem ranks Cinergi in the top 1% of heat pump installers – read more here
- Solar panels can save £xxx a year – TBC
- Carbon emissions from heat pumps are around 80% less than carbon emissions from a gas boiler. This carbon saving increases when switching from oil or LPG heating to a heat pump. See cat.org.uk for details.