
What is an Air Source Heat Pump?
The air source heat pump (ASHPs) absorbs heat from the outside air at low temperature, turning it into a fluid. This fluid then passes through a compressor where its temperature is increased, delivering warmth to your rooms via radiators or underfloor heating. Additionally, it warms the water that is kept in your hot water tank so that it can be sent to all hot water circuits. And what is the best part? It can get heat from the air even when the temperature is as low as -15°C.
Is an Air Source Heat Pump suitable for me?
The air source heat pumps are a sustainable and economical way of heating your home, however, they’re not suitable for every property. To tell, there are several questions to consider:
If not, you might need to make improvements to your insulation in order to make the investment worthwhile. We recommend an EPC rating of E at the very least, otherwise, you may end up spending a lot more compared to using a gas boiler. This is because of heat escaping through your roof, walls, windows, and doors, meaning that more electricity is needed to generate enough heat for your home.
The unit is installed outside your property and requires either a structurally secure wall to be mounted on or solid base to sit on. The area must be large enough to fit a 2m x 1m unit, plus additional surrounding space to achieve good airflow. In addition, adequate room will need to be allowed within the property, where a hot water cylinder must be installed.
Installing a heat pump is a bigger job in comparison to a new boiler installation, and therefore it takes longer to carry out the work. Most heat pump installations take about 7-10 days to complete. Depending on your existing installation, substantial changes to the pipework and radiators may be required, in which case access to the property will likely be needed over the span of a longer period of time.
What are the benefits of getting an Air Source Heat Pump?
- Reduce your monthly bills
Air Source Heat Pumps can operate up to 4 times more efficiently than your existing boiler, especially if you are replacing oil or LPG heating systems.
- Reduce your carbon footprint
Air Source Heat Pumps only use electricity to operate, making them a low-carbon heating source, which is much kinder to our planet.
- Made to last
On average, an ASHPs should last for at least 20 years, which is longer than the average lifespan of a gas boiler.
- Government Support
If you qualify, we will apply for the governmentally funded Boiler Upgrade Scheme to give you £5000 off your heat pump installation cost.
How much would the installation cost?
The prices start from £5000, however, the exact cost can only be confirmed once we have inspected the property and established how much extra work would be required to upgrade your insulation, pipework, and radiators. If you qualify for the Government Grant (depending on your EPC report), we will take this amount off your quote.
Why Choose Us?
- Fully qualified, professional engineers
- Fully insured
- We will talk you through the process and any changes needed in advance
- Choose from the latest brands available on the market, including Vaillant, Samsung and Daikin
- 5 Years Manufacturer Warranty and 12 Month Warranty on Workmanship
Installation: What’s Next?
- Get in Touch - Contact us to arrange for a free telephone consultation to discuss your home’s suitability.
- We will arrange for a home survey on a suitable date and time for you. During the survey we will talk you through your options.
- Receive a quote - Once the survey has been completed, we will send you a quote via email.
- Boiler Upgrade Scheme - If you qualify for the scheme, we will apply for the grant on your behalf.
- Once you are happy with the quote, we can arrange for the installation to take place.
- We will aim to complete the work between 7-10 working days, depending on any changes that may be required on existing pipework, radiators, etc. You will be guided through the process in advance, so you are fully aware of every stage of the work that is being completed.