Got a question? 0330 822 2795
Heat loss survey included
MCS registered engineers
Need help? 0330 822 2795
Vaillant aroTHERM plus heat pump

Heat pump installation, step by step

We make upgrading to a heat pump simple. Get a free quote for your home in under two minutes. We install nationwide.
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Step by step

Heat pumps with dwellow

TODAY
Get a free quote in under a minute

Answer a few simple questions using our smart calculator and we'll give you a pretty good estimate of the right heat pump set up for your home, including costs.

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From TOMORROW
Free home assessment

With your quote, you can claim a free, no-obligation home assessment. One of our friendly team will give you a call when it is convenient for you to answer any questions and explain what to expect from a dwellow heat pump installation.

After this call we will fix our price - so no surprises. This means if, during your home technical survey, we find you need more radiator upgrades or a larger heat pump, then our price won't go up. If, however, you need less equipment, then we will reduce your price.

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IN THE NEXT WEEK
Home technical survey

One of our survey team will visit your home and measure up - including all your rooms and radiators. We'll also identify potential locations for your heat pump and cylinder.

After the survey, we'll calculate your home's heat loss and confirm the right equipment to install.

At this point we ask for a £199 payment to secure the survey. If you go ahead with your installation this comes off your fixed price quote.

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Post SURVEY
Your system design

With all your homes measurements, we'll design the heat pump system that is right for your home. We'll also apply for any grants you are eligible for and help with any planning applications (although for most homes, this isn't needed).

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72 hours after your survey
Installation booking

You'll receive our proposed design for your new heat pump. We'll call you to go through any questions you may have and we'll also let you know when the installation can start.

We'll ask you pay a 25% deposit at this point (of the net amount after any grants you are eligible for). Don't worry we offer deposit protection from HIES as a member of their Consumer Code.

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Within 30 days
Installation

Whilst every home is different, you should expect your installation to take around 5 days to complete.

Once the work is complete we'll take the remainder of your payment.

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Post installation
After care

We register your manufacturer's warranty, and all of our installations come with a 24-month insurance-backed workmanship warranty as well.

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Leading manufacturers

We install heat pumps from top manufacturers like Vaillant and Samsung, which means you'll benefit from warranties of up to 7 years.
Viessmann Boiler 050 30KW

Plant a tree

We plant a tree in your name for every free home assessment claimed. It's our little way of saying thank you for taking a big step towards lowering your home's emissions.

Free home assessment

Once you have an online quote, you can claim your free home assessment. Book a call with one of our friendly experts to go through your options.

Help on hand

Need a bit of advice? Our friendy team are just a call away. We'll have you sorted in no time.

Emissions savings

Heat pumps are really efficient. Compared to a gas boiler, you can reduce your emissions by around two-thirds.
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Answers to

Frequently Asked Questions

The most common questions we get asked about new air source heat pumps.

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Do you install in my area?

We install heat pumps nationwide. Use our tool to see how a heat pump could work for your home. It takes a few minutes.

Are your prices really fixed? 

Yes they are.

When using our heat pump configuration tool we'll get you a pretty good estimate of the system you'll need to keep your home cozy. All homes are different though and that's why we offer a free home assessment during which we'll fixed your quote - so no surprise. If you like what you see we'll then organise with you a home heat loss survey.  

All of our installations are designed by our team, plus we also include new heating controls and any upgrades needed to your radiators and  pipework.

Who are dwellow?

We are on a mission to make energy savings, simple. Our team have decades of experience in the UK home energy market - having pioneered buying a boiler online we're now bringing that to heat pumps and solar.

Our installers are all MCS registered and local to you - so you'll be supporting local people who take real pride in their work.

Who are your installers?

All of our installers are MCS registered engineers. They go through a strict vetting process before joining our network ensuring they have the right experience and insurance in place.

How much does a heat pump cost to replace?

The first thing we do is search out the grants available to you to help offset the cost of upgrading your heating. As at June 2024 they are £7,500 in England, Wales and Scotland. This comes straight off your quote and we even do the application on your behalf so no paperwork. Then, like with all of our services, we have worked really hard to keep our costs down to make sure you get a low and fair price for a quality installation.
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Help and advice
Easy-to-read guides on all things heat pumps - from how it all works to product reviews
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The workings behind our claims

"Compared to a gas boiler, you could reduce your emissions from heating your home by around two thirds."
Here’s how it works:

According to Ofgem (sourced August 2024) the typical annual gas use for a medium sized home in the UK is 11,500 kWh. According to the Government Emission factors (July 2024) the carbon dioxide intensity of a kg of natural gas per kWh is 0.1829 kg/kWh. Resulting in CO2 emissions of 2,103kg per year (11,500 * 0.1829 = 2,103.35) from that amount of gas usage.

We've made a simplifying assumption that all of this gas goes into heating the home (so assuming there are no other gas appliances like a hob or fire). A government study estimated the mean efficiency of combination boilers at 82.5%. This means that 9,488 kWh of the gas purchased was actually used to heat the home and hot water. The rest was wasted in the combustion process (so still releasing emissions).

So now we know the house needs 9,488 kWh of heat a year, how do we figure out how much electric is used to power a heat pump producing the same amount of output? From another government funded study, it was found that the Seasonal Performance Factor for the heat pumps in their study was 2.91 (which is relatively low). This effectively means for every 1 kWh of electricity used, the heat pump generated 2.91 kWh of heat (291% efficiency, vs 82.5% efficiency of the gas boilers in the other study).

So 9,488 / 2.91 = 3,260 kWh of electric is used to power the heat pump. Using the same Emission Factors data the carbon dioxide intensity of electricity generation and transmission in the UK is 0.2254 kg/kWh. Therefore, the approximate emissions generated from the electricity used to power the heat pump are 735kg (3,260 * 0.2254).

Finally, the carbon saving is 1,368kg a year (2,103kg - 735kg) or a saving of 65% (1368kg / 2,103kg). 

If you have a complaint

We always aim to provide the best possible service to our customers, but sometimes things can go wrong. We'll regularly ask you how we're doing, because it gives us the opportunity to put things right and improve our services. You can always contact us if you have any concerns. You can read more about our approach to resolving complaints here.