Infrared heating can help make a home, workplace or business space comfortable. The right application depends on heat loss, use, positioning and controls. Choosing a panel therefore takes more than comparing wattages or dimensions. This guide distinguishes heat transfer, energy use and costs so you can assess a solution for your situation.
Key points
Distinguish primary heating from targeted supplementary heating. Compare the same comfort and operating conditions. Check mounting and electrical connection for each model, and support financial claims with a calculation. Heating panels do not provide a general guarantee of savings, health benefits or a carbon-neutral building.
How does infrared heating work?
An infrared panel transfers heat through radiation and also convection. Radiation can reach people and surfaces; heated surfaces then release heat to their surroundings. A convector mainly heats the air, which circulates through the room. The distinction is therefore not an absolute separation between air heating and radiant warmth.
The sensation of warmth depends on position, distance, surface temperature, the space and the person. Not every panel delivers heat equally quickly or intensely. Warmer surfaces can influence comfort but do not repair a thermal bridge or inadequate insulation. A fixed reduction in air temperature while maintaining the same comfort therefore cannot be promised for every situation.
Practical benefits and limits
A panel can use wall or ceiling space and support a regularly occupied zone if the model is suitable for that mounting. Suitable controls allow you to set usage times and the desired temperature. This can limit unnecessary heating, but the outcome depends on the existing installation and actual use. Air movement and heat loss remain present with infrared too.
Electric resistance heating converts almost all the electricity drawn into heat. This applies not only to infrared panels but also to other electric resistance appliances. The radiant heat fraction is a different quantity from total conversion into heat. A high radiant fraction therefore does not prove a fixed reduction in annual consumption.
A heat pump works differently: it uses electricity to move heat from the environment and can therefore provide more heat per kWh of electricity than direct resistance heating. So do not compare only two resistance appliances when you want to heat an entire home. For each system, assess heat demand, performance in the relevant conditions, investment, installation and running costs. No form of heat transfer eliminates losses through ventilation or poor insulation.
Low maintenance does not mean maintenance-free. Follow the manual for cleaning and checking the appliance, fixings, connection and controls. Do not cover a heater, and maintain prescribed clearances. Recurring moisture, mould or draughts requires investigation of the cause; heating is not a general solution for such building or ventilation problems.
Applications in homes and businesses
In a living room or bedroom, heat loss, operating duration and desired temperature matter. For a study, targeted supplementary heating may be an option if it genuinely reduces heating elsewhere. Wall and ceiling mounting each have conditions; neither is always technically the best position. Match positioning to the comfort zone, an unobstructed radiation path and the chosen model’s instructions.
In a bathroom, the model, electrical installation and exact mounting position must be suitable together. An IP rating alone does not prove suitability for every zone. A heated mirror can help reduce condensation on the heated surface but does not prevent all condensation in every condition or replace ventilation. Underfloor heating beneath laminate or parquet also requires approval from the manufacturers involved and appropriate temperature limits; there is no universal limit for every floor.
For an office, counter, workshop or industrial hall, assess occupied zones, mounting height, operating hours and surroundings. A residential panel and an industrial radiant heater are not simply interchangeable. Desk heating must also suit the specific position and distance. For installation companies and wholesalers, discuss model codes, quantities, suitable controls and project conditions.
Metal, glass and printed panels differ in appearance and version. Do not let design outweigh mounting suitability, output and positioning. Check which thermostat or external controls each model needs and whether these are included. Set the programme according to actual use. Controls responding only to air temperature must be positioned carefully to measure meaningfully.
Output, installation and controls
Measure length, width and height. Record windows, doors, insulation and possible draughts, together with the desired temperature and usage times. Mark on a floor plan where you sit or work and which mounting positions are available. Photos help assess the layout and possible obstructions. A general watts-per-square-metre rule does not replace assessing heat loss.
Primary heating must be able to meet the heat demand of the whole room. With local supplementary heating, assess the occupied zone alongside existing heating. A compact panel is therefore not suitable for complete room heating without calculation. Low wattage likewise does not prove the desired comfort will be achieved.
Check load-bearing capacity, fixing materials, mounting height, clearances and electrical connection. Check whether a thermostat is built in or needed separately, whether it is supplied and what load the controls can switch. Match time programmes and temperature to actual use. If in doubt, seek expert assessment before mounting or connection.
Have the electrical installation assessed for total and simultaneous load, protection and connection conditions. A calculated value for one circuit does not prove every existing installation suitable. Do not use a universal clearance, fixed temperature limit or automatic extra output: the manual and substantiated sizing take priority.
Energy use and sustainable choices
Compare purchase, mounting, controls, maintenance and energy use. At constant full power: watts × hours ÷ 1,000 = kWh. A 1,000-watt appliance operating continuously at full power for two hours uses approximately 2 kWh. Costs follow from kWh × your electricity tariff. A thermostat changes actual operating time; two hours of occupancy does not automatically mean two hours at full power.
Solar panels change the cost calculation but do not supply enough electricity at every heating moment. Consider simultaneous generation and demand, winter use and contract conditions. In the Netherlands, the net-metering scheme ends on 1 January 2027; do not calculate future use as though annual generation and consumption can be offset without restriction.
Compare total investment, controls, maintenance and energy prices over the same period of use. We do not use general annual consumption per square metre or a fixed cost advantage over a heat pump as a product guarantee. Check service life and warranty period separately for the panel, controls and other components.
For businesses, EIA code 270103 in 2026 specifies local heating of indoor spaces with an average height exceeding 4 metres. Films, mats and infrared lamps are excluded. Have all application requirements checked.
Request advice for your application
We supply private and business end users as well as installation companies and wholesalers. Describe the space, existing heating, desired heating zone and usage times. Include dimensions, insulation information and your preference for wall, ceiling or another version. We help compare suitable products, mounting requirements and controls.
Also include photos and relevant product or installation information with your request. You can contact us directly for a customer project or business collaboration too.
Frequently asked questions about infrared heating
Can infrared serve as primary heating?
That depends on heat demand and distribution. For primary heating, we assess the entire room; for supplementary heating, the occupied zone alongside the existing installation. Wattage or compact size alone does not prove the chosen version provides sufficient comfort.
Are panels safe to touch?
An operating panel can become hot. Even brief contact can cause injury. Check the model’s surface temperature and operating instructions, prevent unwanted contact and consider children and other vulnerable users. A mounting position must meet all instructions for that appliance; ceiling mounting is not automatically permitted for every model.
Are health benefits or fixed savings guaranteed?
Heating is intended for thermal comfort and does not treat allergies, asthma or other conditions. Ventilation, cleaning and tackling moisture sources remain necessary. Different heat transfer therefore does not guarantee a healthier indoor climate or a dust-free room.
No. Compare application, heat demand, positioning and controls. A solution for one workplace must be assessed differently from a system maintaining the temperature of an entire room.
Sources and assumptions
- View wall heating
- View ceiling heating
- View manuals
- Browse the range
- RVO: Energy List 2026, code 270103Open PDF in a new tab
- UK Government: research into infrared heating
- Australian Government: electric heating and heat pumps
- Welltherm: installation and operating manual for glass panels (PDF)Open PDF in a new tab
- Dutch Government: net-metering ends in 2027