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We can expertly install air source heat pumps throughout Teeside, County Durham and North Yorkshire




Air Source Heat Pumps
Teesside, County Durham and North Yorkshire
Find out how heat pumps work and if installing a new heat pump is right for you and your family.









Air Source Heat Pumps
How Does an Air Source Heat Pump Work?
A heat pump removes heat from the outside air and moves it to inside your home to provide heat with a reduced carbon footprint.
Heat extracted from the outside air is transferred to the water in your heating system using a similar - but reverse - process to what makes your fridge cool. From the outside unit, you will receive hot water for your bathrooms and kitchen as well as for your radiators and underfloor heating.
Heat pumps work all year round and even with low external temperatures.
- The heat pump draws warmth from the outside air.
- This heat is then delivered to your central heating system.
- Hot water is distributed to your radiators or underfloor heating, while any excess is kept in a hot water cylinder.
- The stored hot water is available for your showers, taps, and baths.
What Are the Benefits of Air Source Heat Pumps?

A well-insulated house can find their energy bills reduced compared to a gas or oil fired boiler system.

Altough still powered by electricity, by using the outside air for heat, heat pumps use renewable energy.

Air source heat pumps come with up to 10 years warranty and a typical life span of 15-20 years.

Heat pumps do not combust fossil fuels that release CO2 at the point of use in the way a traditional boiler does.

Heating control is in the palm of your hand with the HomeCom Easy app on your phone or smart thermostat

Rather than generating heat, a heat pump merely transfers the heat and has much lower energy losses.

Are You Eligible for a Grant of up to £7,500?
The Government Boiler Upgrade Scheme
You might qualify for as much as £7,500 to help cover the expenses of your heat pump installation as part of the government’s boiler upgrade scheme.
Get in touch with our team for more information about eligibility, how to apply and how the process works.
Compatible with Radiators & Underfloor Heating
Providing discreet and space-saving heating
A Worcester Bosch heat pump is compatible with underfloor heating as well as conventional radiators.
By keeping your existing radiators, you could make your heat pump installation process easier and more affordable.
Since underfloor heating heats from the ground up, it functions at significantly lower temperatures compared to conventional wall-mounted radiators, making it a perfect match for a heat pump to achieve maximum efficiency.


Hybrid Heating
Maximised heating efficiency and comfort
Hybrid heating combines a heat pump with a traditional gas boiler or oil boiler to provide a backup during periods of extremely cold weather when a heat pump’s efficiency can drop.
The intelligent system automatically switches between the two based on outdoor temperatures, energy costs or user settings. This allows consistent and continuous heating while maximising the cost-effectiveness and the energy-efficiency of both heating system types.
Frequently Asked Questions about Air Source Heat Pumps
Discover our most frequently asked questions about air source heat pumps. Don't see an answer you need? Get in touch with our team today!
In the UK, the cost of an air source heat pump (ASHP) depends on factors such as the type of system, property size, and installation complexity. Here’s an overview of the typical costs:
1. Equipment Costs
- Air-to-Air Heat Pump: £2,500–£6,000
- Heats and cools air but doesn’t provide hot water. Best for smaller or well-insulated properties.
- Air-to-Water Heat Pump: £7,000–£12,000+
- Provides both heating and hot water, commonly used for central heating.
2. Installation Costs
- Basic Installation: £2,000–£4,000
- For straightforward installations where minimal system upgrades are required.
- Complex Installations: £5,000–£8,000+
- Costs increase if significant changes to the property’s heating system are needed (e.g., underfloor heating, upgraded radiators).
3. Running Costs
- Typical yearly running costs range from £500–£1,300, depending on:
- Home insulation quality.
- Energy tariffs.
- Heat pump efficiency (COP).
4. Additional Costs
- Hot Water Cylinder: £1,000–£2,000 (if needed).
- Upgraded Radiators or Underfloor Heating: £2,000–£5,000 (depending on the size and number of rooms).
- Electrical System Upgrades: £500–£2,000 (if the current system isn’t compatible).
Government Incentives
The UK government offers support for heat pump installation through schemes like:
- Boiler Upgrade Scheme (BUS):
- £7,500 grant for air source heat pumps.
- Energy Company Obligation (ECO):
- Additional financial assistance for eligible low-income households.
- ASHPs work best in well-insulated homes to maximize efficiency.
- Larger or older properties with poor insulation may need additional upgrades like wall or loft insulation.
- They can replace traditional boilers but may require changes, such as larger radiators or underfloor heating.
Potential savings depend on:
- Your current heating system (e.g., electric or oil heating savings are higher).
- The heat pump’s efficiency (often 300–400% efficient).
- Energy tariffs (moving to a low-rate electricity tariff can maximize savings).
- Typical annual running costs range from £500–£1,300 for a well-insulated home.
Contact us today to discuss installation of your heat pump.
The UK offers grants for air source heat pumps through the Boiler Upgrade Scheme (BUS).
This program provides £7,500 to help with installation costs. To qualify, your property must be in England or Wales and have a valid Energy Performance Certificate (EPC) with no recommendations for loft or cavity wall insulation. New builds generally don’t qualify, except for self-builds.
The grant is applied for by your installer, reducing the upfront cost. The scheme runs until 2025 or until funding is exhausted.
Additional support may be available through the Energy Company Obligation (ECO) for low-income households.
- The heat pump draws warmth from the outside air.
- This heat is then delivered to your central heating system.
- Hot water is distributed to your radiators or underfloor heating, while any excess is kept in a hot water cylinder.
- The stored hot water is available for your showers, taps, and baths.
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