Air Source Heat Pump Installation Glasgow

Thanks to their higher efficiency, a heat pump has the potential to slash your carbon footprint without compromising comfort. Our Glasgow clients choose to install a heat pump system to take advantage of the following benefits over a traditional furnace or electric furnace:

• Lower carbon emissions
• Reduced energy costs
• More efficient heating and cooling
• Can also function as an air conditioner
• Up to £7,500 in tax credits are available under the Boiler Upgrade Scheme

At The Glasgow Boiler Company, we provide a range of heat pump services from air source heat pump installations to heat pump repair. We have undergone rigorous training and earned the proper certifications to ensure your property is in good hands.

​In Scotland, homeowners can access up to £7,500 in grant funding through the Home Energy Scotland Grant and Loan scheme to support the installation of an air source heat pump (ASHP). This grant can be combined with an optional interest-free loan of up to £7,500, providing a total of £15,000 in financial assistance. For properties located in remote rural or island areas, an additional “rural uplift” of £1,500 is available, increasing the grant to £9,000 and the combined funding to £16,500 .​

Homeownership: You must own and reside in the property as your primary residence.

Location: The property must be located in Scotland.

Installer Certification: Installation must be carried out by a Microgeneration Certification Scheme (MCS)-certified installer using MCS-certified products.

System Requirements: The ASHP must provide 100% of your home’s heating and hot water needs; hybrid systems are not eligible.

Energy Report: An Energy Performance Certificate (EPC) or a Home Energy Scotland report recommending the installation is required.

Energy Efficiency Measures: If your energy report suggests improvements like insulation, these must be implemented before or alongside the heat pump installation

If you’re interested, book a survey. We handle the process for our customers.

The key difference between these two units is the source of heat. As the terms suggest, air source heat pumps (ASHPs) extract heat from the air and can even work in cold weather. Geothermal heat pumps use the ground as a heating source.

The choice between an Air or Ground Source Heat Pump depends on your specific requirements, the size and nature of your property. The main factor when considering a Ground Source Heat Pump is whether your property has enough land to accommodate the ground loop trenches. This groundwork generally makes them a more expensive option.

Yes it will. Thousands of these systems have been installed for many years in some of the coldest parts of the world.

Heat Pump technology was primarily developed in Sweden where the winters are long and harsh so heat pump systems can most definitely cope with British winters, which are relatively mild in comparison. The key to their success is the detailed design and specification process that ensures the system can produce enough energy for the application.

Both types of Heat Pump systems work in a similar method to refrigerators, except in reverse.  Air Source Heat Pumps can extract heat from the air even when temperatures are as low at -15 degrees centigrade. The ground stays at a relatively constant temperature throughout the year so Ground Source Heat Pumps are capable of working all year round.

To provide cooling, Heat Pumps can be reversed, extracting heat from the home and releasing it outside. If you have an Air-to-Air Heat Pump installed, Heat Pump cooling systems work similarly to air conditioning units. In the UK the default setting on a reversible Heat Pump would be heating. Reversible heat pump systems are designed to work adequately in both modes, however the efficiency is typically slightly less than two separately optimised pumps. If you are looking for an Air-to-Water Heat Pump system it would be necessary to install a fan unit inside your home to circulate cold air within the building.

Only some models of heat pumps can act as both heating and cooling units, so if you have this requirement please do let us know in your enquiry so that the right solution can be designed and installed for you.

The last thing anyone wants is a heating unit that knocks or makes strange noises. Depending on the specific model of your air source heat pump, you can usually expect minimal noise and overall quiet operation. Many people compare the volume to that of an air conditioning system.

The units we supply have had many years of research and development to minimise any noise.

GSHPs are quieter than ASHPs. This is because they have no need for a fan and there is a reduced compressor power capacity requirement because heat extracted from the ground is generally warmer than that from the air.

ASHP noise is only generated when it is in operation and has been compared to anything from a modern washing machine on a spin cycle to a chest freezer. Any noise generated will largely be minimised by double glazing.The last thing anyone wants is a heating unit that knocks or makes strange noises. 

Generally speaking, ASHPs are less expensive to install, though they may not boast the energy efficiency of their ground-based counterparts. GSHPs also require more space, though they may be preferred to an ASHP in exceptionally cold regions.

A heat pump’s efficiency isn’t the only benefit to owning this form of HVAC system. These units also have earned reputations for being relatively low maintenance.

You should regularly have the air ducts and duct work cleaned and inspected and ensure the air filter is changed routinely. We also suggest checking the refrigerant levels to maintain sufficient refrigerant flow. Our HVAC experts are available to help you with these tasks.

A heat pump replacement can be a rare occurrence, and whilst the exact lifespan varies depending on many factors, systems can last for upwards of 15 to 20 years.

• A 2–3 bedroom home generally falls around £8,000–£10,000.
• Adding insulation or upgrading pipework may increase costs.
• Government grants through Home Energy Scotland can reduce your upfront spend by up to £9,000.

• The pump absorbs heat from the air.
• It compresses the air to raise the temperature.
• That heat is then transferred into your radiators, underfloor heating, and hot water system.

• Heat pumps are typically 3–4 times more efficient than boilers.
• Costs are lower in well-insulated homes.
• Pairing with solar panels reduces running costs further.

• Gas boilers average around 90% efficiency.
• Efficiency is measured as COP (Coefficient of Performance).
• Heat pumps maintain strong performance even in cold weather.

• Annual servicing helps maintain performance.
• Manufacturers typically offer 5–7 year warranties, with extended cover available.
• Quality installation extends system life.

• Efficiency is slightly lower in extreme cold but remains strong.
• Proper system sizing ensures comfort year-round.
• Backup heating is rarely needed.

• Grants of up to £7,500 are available.
• Rural homes can claim up to £9,000.
• Interest-free loans are also offered to cover additional costs.

• Listed buildings or conservation areas may need approval.
• Units must meet noise and siting requirements.
• Our team checks compliance before installation.

• Noise is usually only noticeable close to the outdoor unit.
• Indoors, the system is virtually silent.
• Proper placement reduces any disturbance.

• Outdoor units are similar in size to an air conditioning box.
• Indoor space varies by system size.
• Units should not be obstructed.

• Outdoor unit fitted first.
• Indoor cylinder and controls installed next.
• Testing and handover follow.

• Annual servicing ensures efficiency.
• Filters should be cleaned periodically.
• Outdoor units should be clear of debris.

• Suitable for small and large homes.
• Works with radiators and underfloor heating.
• Year-round performance guaranteed.

• Underfloor heating is most efficient.
• Radiators may need upsizing.
• Systems are versatile across property types.

• Heat pumps: 300–400% efficiency.
• Boilers: up to 90% efficiency.
• Heat pumps reduce CO₂ emissions significantly.

• Larger homes see faster returns.
• Pairing with solar speeds up payback.
• Grants shorten recovery time.

• Eco-friendly homes are more attractive to buyers.
• Energy-efficient upgrades sell faster.
• Systems backed by warranties add reassurance.

• Solar reduces running costs by powering the pump.
• Excess energy can be stored in batteries.
• Together, they create a near self-sufficient system.

• Insulation improvements may be needed.
• Listed buildings may require planning approval.
• Ground-mounted options are available if roofs are unsuitable.

• Covers key components like the compressor.
• Requires annual servicing.
• Extended cover often available.

• Compact systems suit smaller properties.
• Flats may use shared systems.
• Proper airflow is essential.

• Cut CO₂ emissions by up to 60%.
• Use renewable energy from the air.
• Support Scotland’s net-zero targets.

• Work with a compatible cylinder.
• Provide reliable hot water year-round.
• Cylinder size depends on demand.

• Affordable monthly repayments.
• Grants reduce upfront costs first.
• Savings can offset repayments.

• Look for MCS certification.
• Check customer feedback and awards.
• Ensure aftercare and servicing are provided.