Choose infrared panels according to your room and heating demand. A higher wattage, mirror finish or ceiling installation does not automatically make a panel more suitable. First establish where and when heat is needed, the available mounting positions and whether you need additional local heat or whole-room heating.
This guide connects infrared operation with practical selection criteria. Learn how positioning and layout affect comfort, which versions to compare and what information is needed for a proposal. We help private and business end users, installers and wholesalers assess these choices.
Key points
Consider heat loss, operating times, positioning, product data and controls together. A finish mainly determines appearance, not the capacity needed. Check approved mounting, electrical connections and operating conditions before ordering. A fixed saving or universal watts-per-square-metre rule is not reliable for every project.
What are infrared panels and how do they compare with central heating?
An infrared panel uses electricity to warm a surface. That warm surface releases energy through thermal radiation and also convection. People and surfaces absorbing the radiation become warmer. Perceived warmth ultimately depends on the panel, distance, direction, layout and room conditions. The technology does not remove the need for insulation, ventilation or suitable controls.
A panel is a heat emitter; central heating describes a system distributing heat from a central source. A central-heating radiator normally receives hot water and emits both radiant and convective heat. Compare the complete systems and intended comfort rather than treating radiation and warm air as an absolute contrast.
How do positioning and layout affect warmth?
Mark seating, workstations, walkways, doors and tall furniture on a simple floor plan. Then assess which panel positions can reach the intended zones. A cupboard between panel and user may limit direct radiation to that location. If you move around, also assess comfort away from a fixed seat.
Wall mounting may suit a targeted occupied zone; ceiling mounting keeps walls free. Neither is best everywhere. Check that the model is approved for the chosen mounting and that the structure, fixings and clearances meet the manual. Do not use a wall panel on the ceiling without confirming its suitability.
Which panel types should you compare?
Metal offers a functional finish, glass a smooth surface, and a mirror panel combines a mirror with heating. Printed or coloured versions can match the interior. Compare dimensions, weight, output, controls and mounting for each model. Material or artwork does not guarantee greater heating capacity.
With an LED panel, assess lighting and heating separately. For hybrid models, check the combination of heat emission and controls described by the manufacturer. In bathrooms, permitted positioning and connections matter more than simply choosing mirror or glass.
How do you choose suitable infrared panels?
1. Describe the room and usage times. 2. Gather information on insulation, windows, external surfaces and ventilation. 3. Mark possible panel positions. 4. Have heating demand and electrical capacity assessed. 5. Choose compatible controls. This builds a proposal around the building and its use rather than a general rule of thumb.
Main heating must meet the demand of the room as a whole. For local supplementary heating, assess the occupied seating or work area alongside existing heating. One compact panel is therefore not suitable as complete room heating without assessment. Low wattage is also not proof that the desired comfort will be achieved.
Suitable controls match heat demand to the desired temperature and operating times. This can limit unnecessary heating. Consumption still depends on factors including heat loss, temperature settings and operating time. A thermostat cannot automatically make an unsuitable panel or poorly insulated room economical.
Using panels for comfortable heating
Check compatibility between controller and appliance and which functions are actually available. Schedules, occupancy sensors, adaptive start and open-window detection may be useful, but do not work identically on every model. Detection thresholds and switching loads are product-specific. An app or energy-management link does not guarantee savings; incorrect settings can increase consumption.
A plug-in thermostat is suitable only if panel, plug connection, load and location allow it. Use a qualified installer for fixed wiring or unclear connections. In bathrooms, panel, controls and connection position must meet the applicable installation requirements and manufacturer instructions. An IP rating alone is not a complete positioning assessment.
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 the specified clearances. Recurring damp, mould or draughts require assessment of their cause; heating is not a general remedy for these building or ventilation problems.
Choose panels around your room and use
Tell us which room you want to heat, when you use it and whether a panel or controls are already installed. Include model details and your preference for local operation, schedules or remote control. Business partners can also discuss product selection across several rooms and the components required. We confirm which functions and combinations are available for the selected model.
Frequently asked questions
Do infrared panels use little electricity?
A 600-watt panel operating continuously at full power for one hour uses about 0.6 kWh. Multiply actual consumption by your total electricity tariff. This is a calculation example, not a prediction of daily operating time.
Suitable controls can limit unnecessary heating, but no fixed saving is guaranteed. Settings, use, building and the chosen comparison determine the outcome.
Can every panel go on the ceiling?
No. Check approved mounting, structural capacity, fixings and clearances for the selected model. Ask us for the correct documentation and have structural or connection uncertainties assessed by a qualified installer.