Radiant wall and ceiling panels present a versatile and innovative heating solution, serving as an effective alternative to other heating options, particularly in smaller spaces like bathrooms, or as a complementary system to underfloor heating in larger areas.
Application in Smaller Rooms
In smaller rooms, such as bathrooms, where floor space might be limited or where the installation of underfloor heating might not be feasible, radiant wall and ceiling panels are an ideal solution.
These panels can be installed on walls or ceilings and operate by emitting infrared heat directly into the room, warming it efficiently and evenly.
Their application in such spaces not only ensures a comfortable temperature but also adds to the aesthetic appeal of the room, as these panels can be sleek and unobtrusive.
Augmenting Underfloor Heating in Larger Spaces
In larger spaces, radiant wall and ceiling panels can be used in conjunction with underfloor heating to enhance the overall heating efficiency of the area.
This combination ensures that heat is distributed evenly throughout the room, eliminating cold spots and creating a uniformly comfortable environment.
This is particularly beneficial in rooms with high ceilings or in areas where underfloor heating alone might not provide sufficient warmth.
Pros & Cons
Pros:
Significantly Cheaper than Underfloor heating
More Simple and Quicker Installation
Fast Heating
Zero Maintenance
Cons:
May Not Be Suitable For Some Homes (e.g. Older Buildings)
Not Ideal for Whole-House Heating
Efficiency
100% energy efficient
Costs
$100-$1900
Installation Time
1 day
While it is possible to install radiant heating panels yourself, it is strongly advised that you employ a professional electrician or qualified installer to carry out the installation.
Environmental Benefits
As electric radiant heating panels are built with the same technology as electric underfloor heating they share many of the same environmental benefits.
However, one or two wall or ceiling panels will use less electricity than underfloor heating in many instances, thereby reducing the amount of energy required to heat the room and the subsequent carbon footprint.
This makes them an ideal alternative for use in smaller spaces for people that want a lower upfront investment as well as a smaller carbon footprint.
