Premium Heat Pump Installers

While electricity is more expensive than gas per unit, the high efficiency of a heat pump (around 300-400%) often makes the running costs like or lower than a modern gas boiler. For those switching from oil, LPG, or electric storage heaters, the savings are usually much more significant.

If you’re still searching for a heat pump installer, contact our team today. 

Modern air source heat pumps are very quiet, typically emitting about 42 decibels, roughly the same hum as a domestic refrigerator. When professionally installed, you will barely notice the unit from inside your home, and it will comfortably meet UK planning noise regulations.

On average, a well-insulated UK home uses between 3,000 and 5,000 kWh of electricity per year to power a heat pump. This figure varies based on your home size, insulation levels, and how warm you like to keep your living spaces.

For further information, visit our dedicated article. 

Yes, heat pumps are designed to extract heat from the air or ground even when temperatures drop as low as -15°C or -20°C. While they work slightly harder in winter, they remain far more efficient than traditional combustion-based heating systems.

Heat pumps work perfectly with radiators, but because they operate at lower flow temperatures, you may need to upgrade some existing units to larger or “double panel” versions. Our heat pump installer team will conduct a full room-by-room heat loss assessment to determine exactly what your home needs.

Yes, heat pumps can provide all your domestic hot water. While they heat water more gradually than a combi boiler, a standard cylinder can be fully reheated in 30 to 60 minutes, ensuring you have plenty of hot water for showers and baths. 

An air source heat pump looks similar to an air conditioning unit and is usually about 1 meter wide and 1 meter tall. Domestic heat pumps for ground source systems are typically the size of a tall fridge-freezer and are housed inside a utility room or garage.

Flats can often accommodate air-to-air heat pumps or compact air-to-water units if there is space for an external fan. While the main unit shouldn’t go in an attic (as it needs a constant flow of outside air), the internal cylinders and piping can often be situated there.

Heat pumps save money most effectively when replacing expensive fuels like oil or electricity. Compared to gas, the savings often come from long-term efficiency and the ability to pair the system with solar panels or off-peak “smart” energy tariffs.

In most cases, a residential heat pump installation falls under “Permitted Development” and does not require planning permission. However, specific rules apply to listed buildings, conservation areas, or if you are installing more than one unit.

No, a heat pump must be installed by an MCS-certified heat pump installer to qualify for government grants and to ensure the manufacturer’s warranty remains valid. Professional installation is also vital for the system’s safety and efficiency.

If you’re looking for heat pump installers near you, contact our team today. 

Yes, through the Boiler Upgrade Scheme (BUS), homeowners in England and Wales can receive a £7,500 grant toward the cost of an air or ground source heat pump. We handle the application process for you to make the transition as smooth as possible.

Most air-to-water and ground source systems require a hot water cylinder to store the water they heat. If you currently have a combi boiler and no tank, we will help you find a suitable location for one, such as an airing cupboard or utility space.

A standard air source heat pump installation typically takes 2 to 4 days. Ground source systems take longer, usually 1 to 2 weeks, due to the additional groundwork required for the trenches or boreholes.

A heat pump is “better” for the environment and for long-term energy security, as it produces zero on-site carbon emissions. While it requires a different way of heating (steady, low-level heat rather than quick blasts), it provides a much more consistent and comfortable indoor climate.

Most UK homes are suitable, but the most important factor is insulation. A well-insulated home allows the heat pump to run at its highest efficiency, keeping your bills low and your rooms warm.

The main types are Air Source Heat Pumps (extracting heat from the air), Ground Source Heat Pumps (extracting heat from the earth), and Air to Air Heat Pumps (which blow warm or cool air directly into a room).

To learn more about different heat pump systems, contact our experts today. 

Heat pumps are highly reliable, with lifespans often exceeding 20 years. They are absolutely worth it in older houses, provided the property has been thermally upgraded with loft and wall insulation to prevent heat loss.

Yes, underfloor heating is the perfect partner for a heat pump. Because both systems operate most efficiently at lower temperatures, they work together to provide incredibly even and low-cost warmth.

This is known as a hybrid system. While it allows you to keep your boiler for very cold days, hybrid systems are generally not eligible for the £7,500 BUS grant, so most customers choose to go fully renewable instead.

You should not paint the unit itself, as this can interfere with heat exchange and invalidate your warranty. However, many manufacturers offer different colored “skins” or covers that are designed not to restrict airflow.

Air-to-air heat pumps can provide full cooling in the summer, effectively acting as air conditioning. While air-to-water systems (radiator-based) don’t typically cool, they do help manage indoor humidity by maintaining a steady, constant temperature.

“Air to water” systems (for radiators) usually only heat, but air-to-air heat pumps are excellent at cooling and can provide efficient air conditioning during heatwaves.

Like a boiler, they should be serviced annually to maintain efficiency and warranty status. A well-maintained domestic air source heat pump typically lasts 15 to 25 years.

Unlike a gas boiler that cycles on and off, a heat pump is designed to run for longer periods at a lower, more efficient “simmer.” This maintains a stable temperature in your home rather than letting it get cold and then trying to heat it quickly.

Sizing depends on your home’s “heat loss” rather than just its square footage. A small apartment might only need a 5kW unit, while a large, detached house might require a 12kW or 16kW system.

If you’re looking for air-source heat pump installers near you, contact our team today.

They are generally more efficient because ground temperatures are more stable than air temperatures in mid-winter. However, they are more expensive to install due to the groundwork required, so they are best suited for properties with large gardens or those with very high heating demands.

If you’re considering a ground-source heat pump installation for your property, contact our experts today. 

For a horizontal “slinky” system, you typically need a garden area roughly two to three times the size of your house floor plan. If space is limited, we can instead drill vertical boreholes, which only require a small area but go much deeper into the earth.

If you’re looking for ground-source heat pump installers near you, contact our experts today.