When considering heating with low carbon, you will require the most efficient air source heat pump to have in your house, one that is silent, efficient, and supported by a reputable installer. It can be difficult to make up your mind on the best model to choose, but when you are aware of what is important you will be able to choose the one you can be sure of and have a system that will ensure that the cost of running it is low and it is comfortable enough.
This guide will include the highlights of features to consider, a list of manufacturers to consider, as well as tips that will aid in getting a free customized quote.
Why Was an Air Source Heat Pump Taken?
An air source heat pump (ASHP) removes the heat available in outside air and takes electricity for heating and hot water provision. Compared to an old gas boiler, a well-installed heat pump will usually lower carbon emissions and can be cheaper to run if it’s coupled together with good insulation, smart controls or solar PV.
Pro Tip: When the system is maintained right, it will also be advantageous to you because you can expect reduced maintenance as well as longer equipment life.
What Makes a Model "The Best"?
No one air source heat pump fits all homes, however, the correct one will work on your property and priorities.
1. Efficiency (SCOP/COP)
Consider high seasonal coefficients of performance (SCOP). The greater the SCOP, the lower the amount of electricity that you will consume to produce the same amount of heat.
2. Suitability for UK Climate
Select units tested for low-temperature performance; some models maintain their efficiency better in cold weather.
3. Noise Level
The noise in the outdoor units is important, particularly in the terraces or smaller gardens. Check dB(A) ratings at various modes of operation.
4. Modulation and Inverter Technology
The compressor is a variable speed (inverter) modulated type to supply the demand, making the compressor more comfortable and efficient.
5. Flow Temperature Capability
In case you are going to use existing radiators, make sure that the unit can supply appropriate flow temperatures or can be combined with bigger radiators/underfloor heating.
6. Warranty and Service Network
Longer warranties and a good UK service network give peace of mind. Maintenance is key to ensure optimal performance over time.
7. Smart Functions and Controls
The smart thermostats and weather compensation put more control over the efficiency and simplify the routine.
8. Installation
A properly fitted system of the right size always works better than a bad fit “premium” model.
Best Manufacturers and Models to Look At
Instead of suggesting one winning product, it is possible to provide a list of reputable manufacturers with models that frequently perform well in the UK in terms of efficiency, reliability and service. Request installers to provide the newest versions of the models and ask whether they fit your property:
- Mitsubishi Electric – has good cold-weather performance and a good warranty.
- Daikin – popular, and trusted, has decent smart controls.
- Panasonic – good performance and good in the UK conditions.
- NIBE – weaker smaller systems and has a strong service support.
- Worcester Bosch (Bosch) – built-in heating brands with wide networks of engineers.
- Samsung / LG – have competitive inverter technology with easy to use controls.
Important: Any of these manufacturers can be the best to you with regard to size, budget and knowledge of the installer. Ask for seasonal performance data (SCOP) and sound level measurements for comparing quotes.
Upgrade to the best with help from an air source heat pump grant – Find out if you’re eligible!
The Process of Choosing the Ideal Air Source Heat Pump
It is easy to do and you will not make the same mistakes. Start with a heat loss survey. You should have a correct calculation of the heat loss. This gives the installer details on what size of a system you need and also if you have existing radiators that will suit it.
1. Insulate First
Reducing the heat demand should be the first least costly action; loft, cavity wall and floor insulation is a profitable investment. See how to choose the right insulation for your home.
2. Install Emitters to Match Pump
With large radiators or underfloor heating you will be able to run the pump at lower flow temperatures and get more efficiency.
3. Check Installer Credentials
See for certification, manufacturer accreditation and local references. The quality of installation is significant to the pump.
4. Compare Entire System Quotes
It is not just unit prices that you compare. See the necessary upgrades (e.g. circulation pumps, buffer tanks), warranties and aftercare.
5. Ask About Running Costs and Control Options
An experienced installer will provide an idea of estimated annual running costs for your home and suggest smart controls or tariff options.
Installation, Warranties and Running Costs
A good install costs more but you will probably incur lower cost of running and less trouble in the future. You will need to spend approximately 100 to 200 pounds on a service per year (most manufactures provide 5-10 years warranty on parts and compressors), and enquire about warranty.
Note: The cost of running depends on the amount of heat needed at home, SCOP of the pump and your electricity tariff.
To obtain an exact estimate, use a free running-cost estimate according to your postcode and type of property, a customized estimate will display probable electricity consumption and annual expenses.
Some Useful Suggestions to Achieve the Most
- Ask about a similar case study/reference of a property. It could be advisable to combine the pump and solar PV to use less electricity on the grid.
- Enquire on noise mitigation measures in case your outdoor unit will be placed too near next door premises.
- Make sure that the installer will show you instructions on the operation of the controls and provide an aftercare plan.
Ready to find the best air source heat pump from the market for your home
You can compare applicable models and choose a free and no obligation quote based on your property, as you wish. Provide us a little information about your house and we will work out probable running costs, propose the most suitable options and even send you a survey. Get a free quote today.
Frequently Asked Questions (FAQs)
Yes! ASHPs nowadays are climate-planned. They provide heat and they work only a little less on the coldest days. Any shortfall is minimised through proper sizing and insulating.
The average domestic installation process would take 2-5 days depending on the complexity and radiator/pipework upgrades.
Not always. Larger radiators or underfloor heating might be required so that the pump can operate at its best flow temperatures.
Modern units have a useful life of around 15-20 years (note that some parts have independent warranty periods, in particular the compressor).
