Heat pump installers in Bristol

None of them! (Well that’s nearly true) So long as you have space outside where a heat pump can fit, and space inside the house for a hot water cylinder then you can have a heat pump. There is no minimum requirement for insulation. As long as the system is designed correctly for the house, it can work very well in any type of house.

None. We would usually recommend doing the easy stuff, like topping up your loft insulation, filling cavity walls (if you have them) and installing double glazing. We recommend those measures regardless of your heat source though, there is no reason why a heat pump requires any more insulation than a gas boiler. 

Increasing your insulation levels can make the heat pump installation a little easier though as we will be able to achieve the same level of efficiency with smaller radiators in a well insulated house. Generally though we find that the simple measures are sufficient, and the likes of internal or external wall insulation rarely make economical sense.

No, most of our systems are installed onto radiator systems, and perform with high levels of efficiency. Underfloor heating can be a good option for new builds or renovations, but is incredibly disruptive and expensive to retrofit. Radiators are perfectly adequate.

Yes, as long as it has been designed, installed and commissioned correctly a heat pump can achieve any room temperature that you ask for.

Not necessarily. As a general rule, bigger radiators means more efficiency with a heat pump. Modern heat pumps though are able to achieve impressive levels of efficiency even with normal sized radiators. We will discuss options with you during the survey as it is a balance between spending more on the install to achieve lower running costs, or keeping the upfront costs down and spending a little more on your energy bills.

Renewable heating systems, such as heat pumps, reduce carbon emissions by using electricity to transfer heat rather than burning fossil fuels like gas or oil.

Traditional boilers generate heat by combustion, which releases carbon dioxide (CO₂) into the atmosphere. In contrast, heat pumps extract heat from the air or ground and use it to warm your home, making them a much lower-carbon alternative.

Because heat pumps are highly efficient, they can produce several units of heat for every unit of electricity used. As the UK continues to shift towards renewable electricity sources like wind and solar, the carbon footprint of running a heat pump becomes even lower over time.

For homeowners in Bristol, switching to a renewable heating system can significantly reduce household emissions while also improving energy efficiency and lowering reliance on fossil fuels.

Overall, renewable heating systems play a key role in helping homes become more environmentally friendly and future-proof against rising energy costs and carbon regulations.

Air source heat pumps offer a range of benefits for UK homeowners, making them an increasingly popular alternative to traditional gas boilers.

Lower carbon emissions

Air source heat pumps don’t burn fossil fuels, meaning they produce significantly fewer carbon emissions and help make your home more environmentally friendly.

High energy efficiency

Heat pumps are highly efficient and can produce multiple units of heat for every unit of electricity used, helping to reduce overall energy consumption.

Lower energy bills over time

While upfront costs are higher, many homeowners see long-term savings on their heating bills—especially as energy prices rise and system efficiency improves.

Works well in UK climates

Modern air source heat pumps are designed to perform efficiently even in colder temperatures, making them well-suited to homes across Bristol and the wider UK.

Eligible for government incentives

Many UK homeowners can benefit from schemes such as the Boiler Upgrade Scheme, which helps reduce the cost of installation.

Heating and hot water in one system

Air source heat pumps provide both central heating and hot water, offering a complete, all-in-one solution for your home.

Overall, air source heat pumps are a reliable, energy-efficient, and future-proof heating option for UK homes looking to reduce both carbon emissions and energy costs.

Switching from a gas boiler to a renewable heating system, such as an air source heat pump, is a straightforward process when planned and installed correctly.

Here’s how we guide homeowners in Bristol through the transition:

1. Home assessment

We assess your current heating system, insulation levels, and radiator setup to ensure your home is suitable for a heat pump and identify any upgrades that may be needed.

2. System design

We design a renewable heating system tailored to your property, ensuring it delivers the right level of heating and hot water efficiently.

3. Upgrades (if required)

Some homes may benefit from larger radiators, improved insulation, or a hot water cylinder to maximise performance.

4. Removal of your gas boiler

We safely disconnect and remove your existing gas boiler and prepare your home for the new system.

5. Heat pump installation

We install the air source heat pump, connect it to your heating system, and integrate it with your hot water supply.

6. Testing & handover

We fully test the system and show you how to use it efficiently, so you get the most out of your new renewable heating setup.

Many homeowners in Bristol can also take advantage of government incentives such as the Boiler Upgrade Scheme, helping to reduce the upfront cost of switching.

Overall, moving from a gas boiler to renewable heating is a long-term investment that can lower your carbon footprint, reduce energy bills, and future-proof your home against rising energy costs.