Comfortable, Evenly Distributed Warmth
Radiant heating warms people and surrounding surfaces more directly. When correctly designed, this can create stable room temperatures with fewer noticeable cold areas.
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Comfortable, Controllable Heating Built into Your Space
Energy Carbon provides advanced infrared heating systems for UK homes, commercial buildings and specialist environments.
Our, German engineered, ultra-thin carbon-film heating can be concealed within ceilings, walls and compatible floors. This creates comfortable radiant warmth without bulky radiators taking up valuable space.
The unique, patented, core heating material is only 0.4 mm thick and operates through safe 36V SELV power where specified. Combined with room-by-room control, Energy Carbon offers a modern, all-electric alternative to conventional heating systems.
Traditional radiators and convection heaters primarily warm the air. The heated air rises, cools and circulates around the room, which can contribute to temperature differences between the floor and ceiling.
Infrared heating technology works differently. It transfers radiant warmth to people, floors, walls, furniture and other surfaces within the room. These surfaces absorb the energy before gradually releasing warmth back into the space.
This approach can provide:
Energy Carbon uses advanced carbon-film heating technology that can become part of the building fabric.
At only 0.4 mm thick, the heating layer can be installed behind plasterboard, within suitable plaster or adhesive systems, or beneath compatible floor finishes. There is also a self adhesive version to cut down on trades. Once decorated, the heating system remains completely concealed.
Instead of concentrating heat through a small radiator or visible panel, the system can distribute gentle radiant warmth across a larger surface area.
This provides greater freedom for architects, developers, interior designers and property owners while helping rooms maintain a clean, uncluttered appearance. This also eliminates the need for a plant room.
Ceiling installation provides broad heat coverage while keeping the entire heating system out of sight. It can be particularly useful where wall space is limited or room layouts may change. As this produces a light wave and not ‘heat’ the technologoy radiates downwards and will even warm floors.
Wall-integrated carbon mats can provide comfortable surface heating without visible radiators. The room remains flexible for furniture, storage and interior design. The system is designed so that fixings through the mats are possible and entirely safe.
Selected Energy Carbon products can be installed beneath compatible laminate, carpet or other approved floor finishes. The correct product, sensor and control arrangement must be specified for the chosen flooring. This significantly reduces floor build up whilst reducing the energy demand seen in other electric systems.
Radiant heating warms people and surrounding surfaces more directly. When correctly designed, this can create stable room temperatures with fewer noticeable cold areas.
Different rooms and building areas can be controlled independently. Heating can be scheduled around occupancy rather than running across an entire property when only a few rooms are being used.
Because the system is concealed, there are no radiators restricting furniture placement or taking up wall and floor space. Plant rooms may be free up to release valuable additional room space.
The carbon-film heating elements have no fans or pumps inside the room. This makes the system suitable for bedrooms, classrooms, offices, care settings and other noise-sensitive environments.
Energy Carbon systems can be designed as a complete heating solution or used for targeted areas such as extensions, bathrooms, workspaces and difficult-to-heat rooms.
The concealed heating material has no moving parts and does not depend on water-filled pipes. Routine maintenance requirements are therefore non existent, although controls, electrical components and the overall installation should still be checked when necessary. As the system is perforated it provides a ‘vapour open’ solution to restrict moisture trapping
An all-electric infrared heating system avoids the direct combustion of gas or oil within the building. It can also operate alongside renewable electricity and on-site generation such as solar PV. The system can even be linked directly to PV panels to charge from available sunlight, particularly useful in cold, dark rooms.
Energy Carbon systems can be designed as a complete heating solution or used for targeted areas such as extensions, bathrooms, workspaces and difficult-to-heat rooms.
An all-electric infrared heating system avoids the direct combustion of gas or oil within the building. It can also operate alongside renewable electricity and on-site generation such as solar PV. The system can even be linked directly to PV panels to charge from available sunlight, particularly useful in cold, dark rooms.
Energy Carbon provides infrared heating for homes, apartments, extensions, new developments and refurbishment projects across the UK.
The concealed system can be used throughout an entire property or specified for individual rooms. Room-by-room zoning gives householders greater control over when and where energy is used.
Infrared carbon-film heating may be considered for:
Suitability and operating costs depend on the property’s heat loss, insulation, electricity tariff, occupancy and control strategy but compare favourably against alternative methods.
Commercial properties frequently contain areas with different operating hours and occupancy patterns. Heating every area to the same temperature can waste energy when parts of the building are empty.
Energy Carbon’s commercial infrared heating systems can divide a property into separately controlled zones. Offices, counters, workstations, meeting rooms and shared areas can be managed according to actual use.
The system can eliminate the need for high energy consuming fan and panel heaters by integrating into suspended ceilings.
Potential applications include:
The concealed installation also provides flexibility when a commercial layout changes.
Care homes and assisted-living environments require reliable, comfortable and easily controlled heating. As the system is decentralized and energy efficient, it eliminates the risk of catastrophic breakdown, forcing a home into fitting electric heaters.
Energy Carbon systems can provide gentle radiant warmth with quiet operation and less air movement than fan-assisted or convection-based systems. Each bedroom or occupied area can be controlled according to its use and the comfort requirements of residents.
By restricting air movement in the room, the spread of allergens and bacteria is also minimized.
The absence of projecting radiators can also provide more flexibility for furniture, equipment and accessible room layouts. As the heat mats only reach a maximum of 40°c, there is also no chance of burns.
Every care project should be assessed individually, with particular attention given to room temperatures, controls, electrical design and continuity of service.
Classrooms, halls, offices and shared spaces are often occupied at different times. Zoned infrared heating allows education providers to control these areas separately instead of heating the whole building continuously.
Silent operation is particularly valuable in classrooms and study areas. Concealed installation can also reduce obstructions and preserve usable wall space.
Energy Carbon systems can be considered for new schools, refurbishment projects, colleges, nurseries and specialist education facilities.
Explore infrared heating for schools
Historic and listed buildings present unique heating challenges. Solid walls, high ceilings, sensitive finishes and restrictions on visible alterations can make conventional heating difficult to integrate.
Energy Carbon’s ultra-thin heating systems can be concealed within approved ceiling, wall or floor constructions, helping to preserve the appearance and usable space of the building. Its vapour open surface restricts moisture build up and even works with heritage finishes such as lime plaster.
A heritage installation must be designed around the condition of the building fabric, moisture behaviour, heat loss and any conservation or listed-building requirements.
Discover infrared heating for heritage buildingsEnergy Carbon offers several carbon-film heating products for different surfaces, building types and installation requirements.
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DRYTEC is designed for fast installation behind plasterboard in suitable dry-lined ceiling constructions. It provides a concealed heating solution without requiring a wet plaster installation over the heating material and can quickly be installed by the electrician without the need for other trades.
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Fleece is Energy Carbon’s original carbon-film heating product. Its perforated surface allows suitable plaster, tile adhesive or screed to bond through the material, integrating the 0.4 mm heating layer into the selected construction, whether they be wall, floor or ceilings. Suitable for painted, tiled, wooden and stone surfaces up to maximum tolerences.
Different output options are available to suit varying heat-loss requirements.
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Moisture Protect is a narrow carbon-film format designed for locations such as window reveals and other targeted areas. Similar to the Fleece product, this can be used where surface temperatures require careful management in order to avoid condensation, such as North facing walls or areas covered with vegetation.
It should be specified as part of a wider assessment of insulation, ventilation, condensation and moisture conditions.
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P.E.T. Film is designed for installation beneath compatible laminate and carpeted floor constructions. Appropriate floor sensing and temperature controls should be included to protect the floor finish and regulate the system.
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SmartFlex is designed for 600 mm by 600 mm suspended-ceiling grids. It can provide targeted radiant heating above workstations, counters, desks and other occupied areas, eliminating the need for under desk electric heating which generally is uncomfortable, expensive to run and can spread colds and dust.
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Energy Carbon offers transformer and control options that supply either 24V or 36V SELV power to compatible heating elements.
Depending on the selected unit, systems can include plug-and-play connections, room thermostat integration, individual zone management and visual operating diagnostics.
Good control is essential to the performance of any electric heating system.
Energy Carbon systems can be connected to room thermostats and compatible smart-control platforms. This allows building users to control individual rooms, create schedules and adjust temperatures around actual occupancy.
Depending on the selected control system, users may be able to:
The objective is simple: provide comfort where it is needed without heating every part of the building unnecessarily.
Energy Carbon infrared heating systems can be incorporated during a new development or introduced as part of an existing-building refurbishment.
The property, insulation, glazing, room dimensions and intended use are reviewed.
Each room’s heating requirement is calculated so the system is not undersized or unnecessarily oversized.
The appropriate Energy Carbon product is selected for the ceiling, wall or floor construction.
A tailored layout identifies the heating areas, electrical requirements, transformers, thermostats and control zones.
The system is installed by appropriately competent trades, tested and commissioned before the relevant finishes are completed.
Energy Carbon’s concealed carbon-film heating technology has a stated design life of more than 50 years.
The heating material contains no moving mechanical parts and becomes integrated into the building construction. This helps keep routine maintenance requirements low while avoiding problems associated with pumps, water-filled radiators and extensive pipework.
In the unlikely event of failure to to damage then only that individual mat would be affected, meaning that heating will be maintained across the rest of the room/house. Simply repair with a bridging connection.
Controls and power components remain accessible so they can be inspected, serviced or updated when required.
The result is a discreet heating system designed to support the building for decades rather than dominate the room.
As with any form of heating system, there is no responsible single running-cost figure that applies to every home or commercial building.
The cost of operating infrared heating depends on:
Zoning and responsive controls can help reduce unnecessary energy use, but they do not make electricity cheaper. A heat-loss assessment and project-specific energy calculation provide a more reliable estimate than a generic online claim.
Request a project assessmentHowever there is anecdotal and University tested evidence that infrared feels more comfortable at a lower room temperature with each 1c reducing energy output/cost by around 6%
UK buildings are gradually moving away from heating systems that depend on direct fossil-fuel combustion.
Energy Carbon provides an electric radiant heating option that can work alongside renewable electricity, solar PV and modern energy-management controls. Its carbon performance will depend on the building’s energy demand and the source of the electricity used.
As the product itself is constructed from recycled materials it carries a very low embodied carbon count of approximately 157gms CO2e per linear meter.
By combining appropriate insulation, accurate system sizing and room-by-room control, property owners can work towards comfortable buildings with more manageable energy consumption.
Energy Carbon systems have been used in residential, care, commercial, community and heritage environments across the UK and Europe.
Our case studies demonstrate how carbon-film heating can be integrated into different surfaces, controlled around occupancy and adapted to the individual needs of each building.
View Infrared Heating Case Studies
The UK government has pledged that the country will reach zero carbon emissions by 2050. This is a hugely ambitious undertaking and will require a complete transformation of how we all heat our homes. Heating is responsible for 37% of the UK’s greenhouse gas emissions. To reduce this to zero in under three decades will take dedication and drive from every UK resident.
In 2024 around 64% of the UK’s electricity usage was generated from a renewable source. This is a huge increase compared to the 6% renewable energy usage in 2010. Offshore wind farms and solar farms were the most efficient providers of renewable energy with bio-mass and hydro plants also contributing to energy generation. Although these are positive trends and clearly show the increase in usage of sustainable sources of power generation, UK homes are still heavily reliant on fossil fuels for heating.
Infrared heating can be suitable for many UK homes, including new builds, extensions, apartments and refurbishment projects. Suitability depends on insulation, heat loss, electricity costs, available installation surfaces and how the rooms are used.
Yes, a correctly sized carbon-film system can be designed as a whole-house heating solution. It can also be installed in individual rooms or selected zones where targeted heating is required.
Depending on the selected product and construction, Energy Carbon heating can be integrated into ceilings, walls or compatible floor systems, even in wet areas such as show enclosures. There are very few restrictions
Compatible Energy Carbon heating elements operate using 36V safety extra-low voltage where specified. The transformers, controls and electrical installation must be correctly designed, installed and commissioned by competent professionals.
The carbon-film heating layer has no moving parts and requires no routine maintenance. Thermostats, transformers and other accessible electrical components should still be inspected or maintained when required.
Running costs cannot be determined from the heating technology alone. They depend on electricity and gas prices, property heat loss, occupancy, controls and system design. Zoning can reduce unnecessary heating, but project-specific calculations are needed for a meaningful comparison.
It can be considered for historic properties because the heating layer is ultra-thin and can be concealed. However, the building fabric, moisture behaviour, heat loss and conservation requirements must be assessed before installation.
Yes. As an electric system, infrared heating can operate alongside solar PV and other renewable electricity sources. Actual savings and self-consumption depend on generation levels, heating demand, storage and the times at which energy is used.
Explore practical guidance about infrared heating technology, thermal comfort, heating electrification, building refurbishment and real Energy Carbon installations.
Every property has different heat-loss, installation and control requirements.
Tell Energy Carbon about your home, commercial building or development project. Our team can review your requirements and help identify a suitable carbon-film heating system, installation approach and room-by-room control strategy.
Energy Carbon delivers advanced infrared heating systems designed for modern, energy-efficient homes.
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