How our products compare to conventional heating equipment.

Conventional heating systems such as forced-air furnaces use a fan or blower to force heated air through cold duct work, where it can lose energy from improperly sealed joints. In addition, the heat radiates into walls, crawl spaces, and attics, not allowing all of the warmed air to get to room(s) that you desire to heat. On top of all that, air has very little mass, and requires much more energy, known as BTU’s, in order to achieve a comfortable temperature.

Warm air rises to the ceiling when it reaches a room and often times the floors are cold. This is also true of baseboard heating, wall heaters, fireplaces, and any heating system that uses air as a primary source to transfer heat.

Radiant heat, however, is an energy that can be transferred from a warm object to a cold object, and while using less energy comfort is achieved. If the objects in a room are closer to the temperature of your body, then it takes less energy to be comfortable.

What does this all mean to you? With our heating panels you will never have to clean ductwork, change filters, cut and split wood, order propane, pay for natural gas or service another furnace. Electric rates may vary slightly from year to year, but historically have not experienced the huge spikes that oil and natural gas have recently.

Infrared image of radiant heating panels vs. baseboard.
The photograph above and infrared photo below clearly demonstrate the infrared properties of our heating panels. The 2’x3′ (375 watt) and 2’x5′ (625 watt) panel heated up to 200 degrees F in 5 minutes, creating comfort quickly and quietly.

These are infrared photographs of an electric baseboard that eventually heated up to 140 degrees F.

Notice how the heat is radiating on the inside and warm air is rising up the wall. This type of electric heating requires at least twice the amount of energy that our infrared panels require.

IR photos courtesy of Pinnacle Inspection