Hisense air conditioning heat pumps

Hisense heat pumps reach UK households through a distributor and an installer rather than a direct sales channel. Bublshop states it began working with Hisense in 2023 and is now the sole UK distributor of Hisense HVAC products, and it extended its free manufacturer training programme to cover Hisense air source heat pumps from 14 November 2023, with courses starting at its Gillingham, Dorset headquarters. An extended two-day course for heating engineers followed on 18 and 19 September 2024 at the same Dorset showroom.

The product most often discussed under this name is the DH7S107BB, a split unit that sits in the overlap between air conditioning and heating. HMRC's stated understanding is that most air conditioning units are air source heat pumps, because they absorb heat from the outside or surrounding air and transfer it into usable heat in the home for space or water heating¹. That classification matters commercially as well as technically, and it is the reason a unit sold as air conditioning can be described as a heat pump without contradiction.

Air source is the mainstream technology in the UK. The Energy Saving Trust lists air source and ground source as the two types most common in the UK, and describes air source as the most common type of domestic heat pump, suitable for most types of home². Government guidance goes further, stating that heat pumps are technically suitable for most UK homes if installed appropriately⁴. What follows is what the available material supports on the Hisense route specifically, and where it runs out.

Hisense air conditioning heat pumps in the UK

Air source heat pumps are the most common type of heat pump in the UK, and the most common type of domestic heat pump, suitable for most types of home³. Smart Energy GB describes air source, or air-to-water, units as the most common domestic heat pumps in Great Britain⁹. The Energy Saving Trust's top energy saving ideas page repeats the point in a single line: the most common heat pump for homes is an air source heat pump¹⁰.

Hisense enters that market as one of many suppliers rather than a dominant one. Official statistics record at least 33 manufacturers supplying air source heat pumps in the UK, with Mitsubishi Electric, Vaillant, Daikin and Samsung accounting for nearly two thirds of total annual UK sales¹¹. Hisense is not named among that leading group. An official consultation adds a supply-side figure: of heat pumps sold in the UK, the UK manufactures around one third, with two thirds imported⁷.

That import share is the first thing to understand about a Hisense system. The brand's route into UK homes runs through a distributor, and the equipment itself is part of the imported majority. For a household thinking about where its heating comes from, that is a supply chain fact rather than a performance one, but it is the kind of fact that shapes parts availability and service response over a ten to fifteen year working life.

Who sells and supports Hisense heat pumps in the UK: Bublshop

Bublshop is the named UK route for Hisense HVAC products. The company states it started working with Hisense in 2023 and is now the sole UK distributor of Hisense HVAC products. That is a distributor's own statement about its own business, and it is the only supply-chain fact available on the brand in the UK.

The wider installer-support picture is official. Government guidance notes that support is also available for installers and manufacturers to expand supply chains⁴. That describes a policy environment aimed at the trade rather than at householders, and it is consistent with a market where a distributor sits between the manufacturer and the installer.

For a household, the practical consequence is that Hisense equipment is not bought from Hisense. It is specified by an installer who sources through a distributor. That adds a layer between the maker and the warranty holder, and it means the installer's own competence and continuity matter as much as the badge on the outdoor unit.

The Heat Pump Ready Programme, the government's innovation funding stream, shows the kind of trade-side support that exists in the sector. One successful project lists Nusku Ltd as lead partner, and the Bristol Heat Pump Ready project names Buro Happold, Veritherm, Build Test Solutions, Sustainable Westbury on Trym, Bristol Energy Network and CIG Consultants as subcontractors¹². Neither involves Hisense or Bublshop, but both illustrate where public money has gone in the supply chain rather than to individual households.

The DH7S107BB: Hisense's heat pump for households

The DH7S107BB is the model that appears under the Hisense heat pump name. It is a split unit, and the classification question around it is settled by tax guidance rather than marketing. HMRC's understanding is that most air conditioning units are air source heat pumps, because they absorb heat from the outside or surrounding air and transfer it into usable heat in the home for space or water heating¹.

What a heat pump does in general is well documented. The European Heat Pump Association describes a heat pump as a device that can provide heating, cooling and hot water for buildings, districts and even for industry¹⁴. Government news guidance states plainly that heat pumps can provide domestic hot water⁸. Northern Ireland's official guidance lists residential homes, apartments and small commercial buildings as suitable applications for air source units¹⁵.

The distinction that matters for the DH7S107BB is between air-to-air and air-to-water. An air-to-air unit heats the air in a room directly, and can reverse to cool it. An air-to-water unit heats water that then runs through radiators, underfloor loops or a cylinder. The DH7S107BB sits on the air-to-air side of that line, which is why it is described as an air conditioning heat pump rather than a wet-system heat pump. The differences in how each is installed, controlled and used are set out in air-to-air vs air-to-water heat pumps.

Installer training: what Bublshop offers and why it matters

Bublshop's Hisense training is the clearest documented support structure around the brand in the UK. The programme was extended to cover Hisense air source heat pumps from 14 November 2023, with courses starting at its Gillingham, Dorset headquarters, and it is described as free. A two-day course for heating engineers followed on 18 and 19 September 2024 at the Dorset showroom.

Training matters because heat pump performance is an installation outcome as much as a product one. Official guidance is explicit that heat pumps should be selected to meet the full space heating requirement at the design condition chosen for heat loss calculations¹⁶. Northern Ireland's guidance warns that an undersized unit may struggle to meet demand, while an oversized unit may cycle on and off often and lessen efficiency¹⁵. Neither failure is visible on a specification sheet.

The wider training picture is larger than any one brand. The Heat Pump Association counted 268 heat pump training locations among its members as of June 2024, with annual manufacturer-specific training capacity of 50,548, against a lower annual requirement of 4,581 people to be trained each year until 2028¹⁷. Official statistics record around 9,000 individuals taking training in 2024¹¹.

That course is designed for building services engineers rather than domestic installers, but the skill it teaches is the one that decides whether a heat pump works in a given house. The Hybrid Heat Pump Installer course from the Heating and Hotwater Industry Council notes that installers of hybrid heat pumps will also require skills for both heat pumps and condensing gas boilers¹⁹, which shows how the required competence widens as systems get more complex.

What an air-source heat pump means for household energy independence

An air source heat pump extracts heat from the outside air to heat a home and its water²⁰. The Energy Saving Trust describes the mechanism as taking warmth from the outside air and using it for heating and hot water³, and Pendle Borough Council's fact sheet puts it as moving heat from the air to a hot water supply²¹. HMRC's manual describes units that absorb heat from the outside or surrounding air and transfer it into usable heat in the home for space or water heating¹.

The independence gain is real but partial. A heat pump runs on electricity rather than gas, so it removes the household from the gas grid and from a gas supplier. It does not remove dependence on the electricity grid, on an electricity supplier, or on the network's generation mix. The European Heat Pump Association notes that air source units use the energy in outside air or air from a ventilation system for heating, cooling and heating water¹⁴, which is a description of where the heat comes from, not of where the power to move it comes from.

Running costs are the practical test. The Energy Saving Trust states that at current energy prices, running costs for heat pumps are around the same as for a new gas boiler⁶. That is a comparison at a point in time, not a guarantee, and it depends on the tariff, the property and how the system is set up.

For a Hisense split unit specifically, the dependence profile is different again. An air-to-air unit heats air directly and can cool, but it does not produce domestic hot water on its own, and it does not feed a wet radiator system. A household running one still depends on another source for hot water. The wider question of what a heat pump does and does not deliver for self-sufficiency is covered in heat pumps and household energy independence.

Is a Hisense heat pump right for your home?

Government guidance states that heat pumps are technically suitable for most UK homes if installed appropriately⁴, and the Energy Saving Trust says they are suitable for most houses in the UK². That is the general position. The specific position depends on the building.

Insulation is the first variable. New Forest District Council's guidance states that heat pumps are best suited to buildings with good insulation levels, and that insulation may need to be added internally or externally where homes do not already have good levels²². The National Energy Action response to the Northern Ireland consultation makes a similar point from the other direction, noting that air source and ground source heat pumps are suitable for some homes, particularly new-build and well-insulated properties²³.

Underfloor heating usually works well with heat pumps²⁴, which matters more for wet systems than for a split air-to-air unit. Compact heat pumps are specifically designed to heat small, well-insulated modern flats and homes³, a category that overlaps with where a single split unit is most likely to be adequate.

The installer route is the same as for any heat pump. Welsh building regulations guidance advises contacting an installer who can provide the necessary advice, preferably one belonging to the Microgeneration Certification Scheme or the relevant Competent Person Scheme²⁵. The Planning Portal and Bedford Borough Council give the same advice in near-identical terms²⁶, and the Energy Saving Trust recommends quotes from at least three MCS-certified installers⁵. For grant-funded work, the installer applies on the householder's behalf through Ofgem²⁸.

Where a household is weighing a split unit against a wet system, the comparison is set out in air-to-air heat pumps and in air source heat pumps explained. The broader cost picture, including what a full wet-system installation involves, sits in how much does a heat pump cost in the UK.