One of the newest pieces of low-emission equipment that helps people heat their homes is infrared panels. However, they aren’t exactly inexpensive—the average home will need to pay over £6,000 for infrared heating.
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However, we believe that the cost of reducing the carbon footprint of your house is reasonable. Are you curious about the advantages that these useful gadgets may provide you? See the useful guide we’ve provided below.
If you believe that infrared panels would be ideal for your house, you may use our user-friendly tool to locate the ideal set of panels. Simply provide a few information, and our knowledgeable installers will get in contact to offer you with a free estimate.
Infrared heating panels: what are they?
Compared to conventional heating techniques, infrared heating is a relatively new addition to the home heating industry.
Infrared systems heat items directly; unlike traditional boilers, which heat the space. Large panels that are positioned on the walls or ceiling produce radiation and direct heat toward particular regions of the building.
More on “far infrared” heating panels, which are used in these systems, later.
Because infrared heating panels are more efficient than gas and electric boilers, consumers may reduce the amount of energy they use at home, which might result in savings. Visit our article on infrared heating panel pricing to learn more about this.
This innovative method is now somewhat unknown, but after the government bans gas boilers, it is expected to become more well-known.
An alternative that you might want to think about is infrared wallpaper.
Does infrared heat exist?
Conduction, convection, and radiant heating are the three forms of heat transmission that need to be understood before we can discuss what infrared heating is.
Radiant heating, which is used by infrared panels, transmits heat directly to things and people as opposed to heating the air like conduction and convection do.
Infrared heat comes in two flavors overall: near and remote. Extremely high heat is produced via “near” infrared, which may be dangerous. The fact that this isn’t utilized for heating will please you.
However, “far” infrared must travel to target an area, making it a considerably less intense and safe heating approach. This kind of infrared is found in commercially available panels.
How do panels with infrared heating operate?
Please be patient with us as we get a little technical here.
The heating panel emits infrared, which moves through the atmosphere and strikes an item. After the radiation is absorbed by the item, its molecules vibrate, producing heat. In addition to directly heating the item, the vibration recycles heat by reradiating the warmth back into the space.
This radiation is absorbed by people as well. We shall feel heated as soon as the infrared radiation make contact with our skin and penetrate about an inch into our body. It may appear a little shocking, but this is quite safe; we’ll discuss that later.
While infrared panels may be powered by gas or oil, it is simpler to power them with electricity because no plumbing will need to be integrated when the panels are installed. After the panels are installed, an electrician can hardwire them into an electric circuit so that you can turn them on using a standard switch, such as a light switch.
You won’t have to wait long to be warm because it takes the panels three to five minutes to reach maximum heat intensity when they are connected in.
Why are infrared heaters an excellent substitute for gas boilers?
Infrared technology outperforms gas boilers mostly due to its great efficiency; some of the best infrared panels available have ratings of 112–115 percent, as compared to simply 100%.
The bulk of heat from most heating systems is delivered via a process known as “convection,” which is efficient but also rather inefficient. At this point, heat is released into the atmosphere, warming everyone inside the space. In contrast, radiation transfers heat directly from the heater to the occupants in the room, eliminating the need for an intermediary—the air.
Furthermore, using infrared heating increases the likelihood that you will remain warmer for longer. This is due to the fact that convection heating is quickly lost due to open windows and doors and draughts. On the other hand, items heated by radiant heat are immobile and cannot be cooled by a draft.
In addition to using less energy than other heating options, infrared effectively recycles heat and prevents it from escaping through draughts.
The fact that gas boilers can heat water but infrared heating panels cannot is another significant distinction between the two. Nonetheless, infrared panels can be used with a conventional electric immersion heater or water cylinder.
According to our National Home Energy Survey, just 17% of UK citizens are aware of infrared panels, despite the advantages of this low-carbon technology.
