Saving energy with infrared heating is possible when an appropriate application reduces unnecessary heating. This is different from promising that every panel uses less energy than an existing system. Start with a fair comparison of the same rooms, operating hours and comfort requirements.
This guide helps establish a baseline, estimate consumption and check actual changes after installation. Lower gas use alone does not prove savings: additional electricity consumption must also be included.
Key considerations
Compare the same heating task, distinguish energy from money and measure where possible. Heat loss, use and controls are decisive. Infrared panels have no universal savings rate, fixed hourly duty cycle or payback period.
Where might savings come from?
A panel can provide local warmth where you spend limited time. If this avoids heating a larger area or heating for longer, total energy use may change. Check that adjoining rooms remain adequately heated and that moisture control and comfort are not compromised.
Infrared panels transfer heat through radiation and convection. Radiators can also emit radiant heat. Heat stored in furniture or building fabric is previously supplied energy, not a free heat source. Ventilation still causes heat loss with infrared heating and remains necessary for indoor conditions.
Almost all electricity consumed by resistance heating ultimately becomes heat. This does not automatically make it cheaper than gas or a heat pump. A fixed reduction in air temperature with unchanged comfort cannot be promised for every person and room either.
Building a verifiable comparison
Record which rooms you currently heat, when and to what temperature. Use meter data and identify hot water, cooking and other appliance consumption. Account for weather and occupancy changes. Comparing a cold week with a mild one does not establish reliable savings.
Then assess heat loss and placement. A generic wattage per square or cubic metre is not a complete calculation. Have capacity, structure, electrical supply and controls assessed. Ceiling mounting is an option only where the model permits it and does not automatically give the lowest costs.
For fixed input power, calculate kWh as kW multiplied by actual operating hours. Check estimates with suitable measurements. An app may measure consumption or merely estimate it; establish what the system actually records and whether all relevant appliances are included.
Control according to actual use
Set schedules and temperatures to match daily use. Central heating can also have zoning or room controls, so assess the existing installation’s options. Adding a panel without adjusting other heating may increase total consumption.
Choose a compatible thermostat and place its sensor as instructed in a representative location. Avoid influence from sunlight, other heat sources or draughts. Wi-Fi is not essential for savings, and small display increments do not establish whole-room control accuracy.
After commissioning, check comfort, switching behaviour and total consumption over a representative period. Adjust schedules gradually and record conditions. Maintain necessary ventilation and avoid settings that cause damp problems or unacceptable comfort.
Comparing energy use and total costs
For gas comparisons, balance additional electricity against avoided gas consumption using your tariffs and relevant boiler performance. Compare a heat pump using seasonal performance for the same heat demand. Heat pumps do not always require underfloor heating, and maintenance costs do not automatically make them worse than direct electric heating.
Include purchase, installation, electrical upgrades, controls and maintenance. Standing gas charges disappear only when the connection ends. Account for hot water and later component replacement. Lifespan, warranty and maintenance vary by model; we do not assume a universal lifespan of decades.
Calculate payback only where net annual costs actually fall, stating assumptions and uncertainties. Solar electricity also has value and does not always coincide with winter demand. Installing panels does not automatically improve an energy rating, raise property value or qualify for support.
A proposal based on your situation
We help private and business end users and support installers and wholesalers. Share a floor plan, insulation details, schedules and consumption data where available. We discuss models, installation and controls and identify assumptions that still require checking.
Photo, mirror, coloured or LED panels can meet design preferences, but their finish does not prove lower running costs. Confirm the specific version, connection, lead time and warranty. Always follow mounting and operating requirements, even for appliances supplied with a plug.
Make your decision verifiable
A useful heating plan states what will be heated, expected performance and the basis of cost estimates. After commissioning, you can check whether use and comfort match the assumptions and make targeted adjustments.
Frequently asked questions
Does a panel operate for only part of every hour? That depends on heat loss, capacity, temperature, controls and use. It may stay on for long periods under high demand. Do not base an annual estimate on fixed minutes per hour without evidence.
Is infrared always suitable as primary heating? No. Assess heat loss, electrical capacity, placement, controls and use. Building age or one minimum insulation value is insufficient. A heat pump may use less electricity for the same demand, so include that option.
Can I include grants or tax benefits? Only where the specific investment and application meet current conditions. Do not treat a scheme as a universal discount on panels. Check business tax provisions and household support separately before including them.
For business EIA, the 2026 Energy List code 270103 covers local heating of indoor spaces with an average height exceeding 4 metres. Infrared films, mats and lamps are excluded from that code. Check all other conditions and deadlines with RVO.