Infrared heating is highly efficient, but insulation plays a big role in how well your system performs. A well-insulated building keeps more of the radiant warmth inside, which means lower running costs and improved comfort.
Even in older or less insulated buildings, infrared often works better than traditional systems because it warms people and surfaces directly rather than relying on heating the air.
| Building Type / Insulation Level | Infrared Heating (ARC) Benefits | Traditional Heating Problems |
|---|---|---|
| Well insulated (modern build) | Very low running costs, panels run at lower power | Still wastes energy heating large air volumes |
| Average insulation (typical UK home) | Direct warmth, reduced heat loss, lower bills | Heat lost through walls/windows, higher bills |
| Poor insulation (older hall, church) | Still provides comfort by heating people/objects directly | Very inefficient — air heat escapes quickly |
No. Infrared works even in poorly insulated spaces because it heats people and surfaces directly.
Yes. The better your insulation, the less power your system needs to use.
Yes — zoning and direct radiant heat make it much more effective than traditional convection heating.
It’s always beneficial, but not essential. Many customers install infrared first and then improve insulation later.
