Ground & Air Source Heat Pump Quote Comparison
Compare Heat Pump Quotes
Get Cheap Air Source Heat Pump Quotes from leading suppliers in 3 simple steps!
Enter your details via our quick and easy form above
Receive quotes from leading suppliers
Compare your quotes and enjoy great savings!
Compare Companies is the best choice for air and ground source heat pump costs. We offer the most competitive heat pump pricing with a transparent heat pump quote system using local and qualified installers. You can be confident in the best prices and quality, compliant, workmanship. We arrange face-to-face meetings so you can get to know who’s doing the work and what each stage involves. Our free, no-obligation service ensures you get great prices for heat pumps and never pay more than you need to.
What Are Heat Pumps?
Ground and air source heat pumps are an energy-efficient way to provide heating, hot water and cooling in the home. Both types require electricity to extract warmth from the outside air or the ground.
A ground source heat pump is more complex than an air source equivalent. In addition to the heat pump, it requires what’s called a ground array (either vertical or horizontal) which is a series of pipes dug underground around your home. Water and anti-freeze are distributed through these pipes, and this absorbs the solar energy that’s been stored in the soil. Through a mixture of compression and expansion, this energy is then redirected so that it heats the house.
Heat pumps work by taking warmth from a source which is absorbed by a liquid refrigerant with the heat evaporating into a gas. The refrigerant gas is then compressed to increase its temperature and then this heat passes through the heat exchanger and is transferred to water, which serves the radiators, any underfloor heating, and a hot water cylinder. As the refrigerant cools, it changes back to a liquid and the cycle is able to start over again.
Opting for a heat pump installation is a good investment and will pay off in the long-term as they are far cheaper to run than gas boilers and other similar fossil fuel heating systems. A heat pump’s efficiency level, usually of at least 300%, means they produce at least three times the energy they require to operate – this compares favourably with a gas boiler which, depending on age, will usually operate at around 65-90% efficiency because more heat is lost during the process. You’ll save money on your monthly energy bills, with significant potential annual savings.
Why Make The Switch To A Heat Pump?
Are you fed up with sky high costs of heating your home? An air or ground source heat pump could transform how you heat your home, leading to improved energy efficiency and significant annual savings compared to your existing heating system.
Ground and air source heat pumps provide many benefits over traditional fossil fuel heating systems and are growing in popularity across the UK. Not only do households benefit from lower energy bills, but this cleaner heating system also contributes towards lower carbon emissions.
While heat pump installation can be costly, there are grants available to encourage people to try renewable energy in their homes. There may be up to £7,500 available to eligible households so getting an air source heat pump could be a very real and affordable prospect for your next home improvement project. Get quotes for a ground or air source heat pump today and find out just how affordable heat pumps are.
What Funding Is Available For Heat Pumps?
The Government’s Boiler Upgrade Scheme (BUS) provides a £7,500 government grant to eligible households in England and Wales towards the cost of an air source heat pump installation. Interest-free loans or grants are available to those in Scotland (up to £15,000 consisting of a £7,500 grant plus up to a £7,500 loan).
BUS aims to help energy inefficient households replace older, less efficient heating with more energy-efficient alternatives such as heat pumps. The scheme is intended to assist low-income, and energy inefficient households switch to a low carbon heating system and reduce their energy bills. It is also part of a broader effort to combat climate change and reduce the environmental impact of fossil fuel heating systems.
The grant of £7,500 for a ground or an air source heat pump is available to those meeting the following criteria:
- you own the property you’re applying for
- you are replacing an existing fossil fuel (gas, oil or electric) heating system
- the property has a valid Energy Performance Certificate (EPC) issued within the last 10 years
- the property has a maximum installation capacity up to 45kWth
If you’re unsure if your property is suitable for a boiler upgrade scheme grant, simply fill out our form and submit your details and we’ll arrange a survey with an MCS certified installer. They’ll be able to discuss your options with you, and the value of any grant available will be deducted from your quotes.
Are Ground and Air Source Heat Pumps Expensive?
While it is true that an air source heat pump costs noticeably more than a replacement gas boiler – typically costing around £6,500 and £12,000 for supply and installation – the annual savings on energy bills soon add up. Factor in the £7,500 grant, and suddenly, a heat pump becomes much more affordable for many households. Ground source heat pumps cost more because they are more complex to install with the ground array. Not only can a pump meet your heating needs, but it will require very little maintenance, so you’ll be saving even more year on year compared to the service and repair of a conventional heating system.
The Benefits Of An Air Source Heat Pump
There are plenty of benefits to replacing your current heating system with an air source heat pump, such as:
- Cheaper to run – Air source heat pumps can be up to 50% cheaper to run than traditional gas or oil boilers.
- Eligible for free grants – If you are replacing an older inefficient heating system with a heat pump, you may be able to get free funding of up to £7,500.
- Environmentally-friendly – While air source heat pumps require electricity to operate, they use far less energy than traditional heating systems and produce no additional CO2 emissions. If combined with solar panels, the environmental benefits can be even greater.
- Space saving – Air source heat pumps are generally more compact than traditional home energy systems.
- Function even in winter – Air source heat pumps are still capable of extracting heat from the air even when it’s cold outside.
- Possible to hook up to existing radiators – In some instances, it may be possible to reduce upfront costs by connecting the heat pump system to your existing radiator network.
Benefit From Significant Energy Bill Savings With an Air Source Heat Pump
While air source heat pumps do require electricity to run, they are much more energy efficient that other fossil fuelled heating systems, so you can significantly reduce your running costs and make substantial savings on your annual energy bill.
Savings vary depending on the type of heating system being replaced. According to the Energy Saving Trust, a 3-bedroom semi-detached property installing a standard air source heat pump can expect to make the following annual savings:
| Switch From | Average Energy Bill Saving |
| Old electric storage heater | £1,200 |
| New electric storage heater | £700 |
| Old (g-rated) LPG boiler | £650 |
| Coal | £650 |
| Gas (G-rated) boiler | £290 |
| Oil (G-rated) boiler | £280 |
Energy Savings With a Ground Source Heat Pump
These are the latest figures released by the Energy Saving Trust on the amount that a homeowner living in a 4-bed detached property can expect to save each year on their utility bills with a ground source heat pump:
| Switch From | Average Energy Bill Saving |
| LPG (G-rated) | £950-£1,550 |
| Electric (older models) | £775-£1,450 |
| Coal | £575-£1,025 |
| Gas (G-rated) | £425-£675 |
| Oil (G-rated) | £115-£230 |
A Reduced Carbon Footprint
The impact on household carbon emissions of an air source heat pump energy efficient upgrade can also be significant. According to the Energy Saving Trust, a three-bedroom semi-detached property can potentially reduce its carbon footprint every single year by replacing their inefficient fossil fuel heating system with an air source heat pump system:
| Switch From | CO2 Savings (kg/year) |
| Old electric storage heater | 2,300 |
| New electric storage heater | 1,600 |
| Old (g-rated) LPG boiler | 3,400 |
| Coal | 7,600 |
| Gas (G-rated) boiler | 2,900 |
| Oil (G-rated) boiler | 440 |
Here are the comparable figures for a ground source heat pump system in a 4-bedroom semi-detached home:
| Switch From | Savings on Carbon Dioxide |
| LPG (G-rated) | 2,750-4,500kg |
| Electric (older models) | 6,600-11,800kg |
| Coal | 7,500-12,250kg |
| Gas (G-rated) | 2,050-3,350kg |
| Oil (G-rated) | 2,750-4,750kg |
Comparing Heat Pump Quotes
For the most competitive air source heat pump quotes, our network of local installers is the logical choice. Our installers are certified and experienced, so you can be sure of the quality of their work. Their quotes will contain a detailed cost breakdown, so you’ll know the price of the heat pump, the installation costs, and any additional costs like disposing of your old boiler. Contact our team at Compare Companies now through the form and we’ll make sure you get the best air source heat pump quotes from a qualified professional.
Heat Pump FAQs
What is the difference between ground source and air source heat pumps?
Ground source heat pumps use heat extracted from the ground whereas air source heat pumps extract it from the air outside. Ground source heat pumps cost more to install because of the extensive underground pipework that needs to be completed as part of the installation. Not all properties have enough available ground or the right soil to make a ground source heat pump viable depending on your heating needs.
How much do heat pumps typically cost?
An air source heat pump will usually cost between £6,000 and £10,000. A ground source heat pump is more expensive, ranging between £9,500 and £18,500.
What is the MCS Installer Scheme?
The MCS Installer Scheme is a programme designed to ensure high-quality installation of small-scale renewable energy technologies, including heat pumps. MCS stands for Microgeneration Certification Scheme. It’s an independent scheme that certifies the products and the installers so the public can rely on quality assurance and regulatory compliance. An MCS database lists certified installers.
Are heat pumps high maintenance?
Heat pumps require very little maintenance to remain performing at their best. Aside from ensuring that the outdoor unit is kept clear of leaves and debris, you may occasionally need to defrost it after a period of cold weather, although in most cases, heat pumps will operate their own defrost cycles when needed.
Do you need planning permission for an air source heat pump?
Heat pumps do not typically require planning permission, although there are circumstances, such as if your property is listed or located in a Conservation Area. A restriction that a heat pump must be located at least 1 metre from a neighbour’s property has been removed to make it easier for people to take up the low carbon technology. Ground source heat pumps can have more complex requirements depending on the length of the underground pipework. Always double check with your local authority about planning requirements.
Do air source heat pumps still work when it is cold outside?
Air source heat pumps are still capable of generating heat for the home even when the outside temperature drops significantly. The heat pump may have to work that bit harder and will therefore require more electricity for optimal performance. In some cases, when the temperature falls below a certain point, it may be necessary to operate other forms of heating alongside your air source heat pump. However, if you have a well-insulated home, then this may not be necessary.
Do I need a well-insulated property for my heat pump to function efficiently?
Air source heat pumps are not suited to properties that are poorly insulated such as old-style homes or period buildings as the heat that is generated is simply not retained well enough within the property. This in turn leads to difficulties reaching and maintaining the desired internal temperatures.
Will I be able to use existing radiators or underfloor heating?
It is sometimes possible to make use of existing pipework and radiators, especially if using a higher temperature heat pump. However, due to the lower flow temperatures of a heat pump compared to a gas boiler, it may be necessary for a radiator upgrade or the installation of underfloor heating.
Get Heat Pump Quotes From Local Providers
Contact Compare Companies for the best information tailored to your particular situation and the most competitive prices when you compare different heat pump installers. By using our free no obligation service, you’ll have all the available tools at your disposal to make the best possible decision about your new home heating system. Get 2 quotes from expert local suppliers. Our service is free and without obligation, and you are free to decline any quotations.
Latest Heat Pump News
Got 2 suppliers, both phoned me within 24 hours, both made appointments to come and see me the following day.
These people are well managed and they provide outstanding support in all the aspects. Keep it up.