Panel heating is not a complete technical specification. Similar-looking products may heat, mount and operate differently. Compare exact versions. This guide identifies the information to place side by side when choosing for a home or business.
Key comparison points
Record application, heat demand, dimensions, weight, mounting, controls and complete costs. Request each model’s manual and relevant measurements. Marketing terms such as high efficiency, premium or smart are not comparison measures without evidence.
Different technologies behind a panel shape
Electric convector panels transfer much heat to passing air. Infrared panels are designed to radiate towards exposed people and surfaces but also produce convection. Combined panels use both in model-specific ways. Do not choose by shape or material alone.
A panel may supplement existing heat or form part of primary heating; its shape does not decide this. A full transition must include hot water, cooking and electrical capacity. Calling one product gas-free does not describe a complete building plan.
Reading specifications in context
Resistance heaters ultimately turn almost all electricity into local heat. This does not establish the radiant fraction or bill. Ask for test methods and exact models behind performance claims. A heat pump can deliver equal heat with less electricity by moving heat from another source.
Compare warm-up, surface temperature, weight and permitted mounting by model. Metal, glass or ceramic alone does not prove speed, lower consumption or life. A small display step does not guarantee the room stays within that margin.
Calculate costs using actual output, running time and tariff. Include installation, controls, maintenance and replacement at equivalent comfort. For example, 600 watts over five actual on-hours is 3 kWh. This is not a room or average-day forecast.
Defining application and usage time
For local supplementary heat, assess distance, posture and obstructions. Whole-room or home heating needs a heat-loss calculation plus coverage and controls. One insulation value or label is no universal suitability threshold. Good insulation reduces demand with any system.
Bathrooms require joint assessment of water, model, position and electricity. Workshops and industrial halls need assessment of dust, moisture, height and materials. A domestic panel is not automatically suitable everywhere. Heating does not replace ventilation or treat health conditions.
A layout before ordering
Draw seating, workstations, furniture and walkways. Check height and clearances in the exact manual. Ceiling mounting can free walls but does not automatically have the greatest range or efficiency. Compare occupied-area warmth with permitted wall and ceiling options.
Have support, fixings, total electrical load, protection and compatible controls checked. Fixed wiring is not required for every model; a plug does not approve every layout either. Test each zone and document settings and failure behaviour.
Our help with comparisons
We advise private and business end users, installers and wholesalers. Share application and building details; we help compare models and controls. Request documentation, finishes and warranty terms for each model. Country of origin or a logo is no universal low-consumption guarantee.
A choice you can keep assessing
Keep assumptions and review comfort and consumption after commissioning. Follow cleaning and checks for fixings, connections and controls. Low maintenance is not maintenance-free. Review the plan when layout, occupancy or heat demand changes.
Frequently asked questions
Does lower wattage mean a panel is more economical?
Wattage describes output, not total energy for the task. Actual running time and achieved comfort matter. Compare models for the same heat demand and layout.