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®<br />

ECOSUN<br />

radiant heating panels<br />

Principle of infrared heating<br />

Whereas in convection heating the air is warmed by a convector<br />

and then transfers heat as it fl ows over the objects that are to be<br />

heated (walls, furniture), radiant heating panels transfer heat<br />

mainly through radiant energy. Upon encountering objects (walls,<br />

furniture, fl oor), radiant energy is partly refl ected (approx. 15%),<br />

but most (approx. 85%) is absorbed by the objects. This radiant<br />

energy is converted to heating energy as it raises the temperature<br />

of the objects, which then transfer heat to the cooler air by convection.<br />

Thus, the air is heated by the warmer objects.<br />

Thanks to unique technology Silicating, hight temperature radiant<br />

panels reach high emissivity up to 0,98.<br />

The principles mentioned create<br />

the following advantages:<br />

• the surface of the radiant panel radiates a fl ow whose<br />

spectrum lies mostly in the band of wavelengths<br />

greater than 5 micrometers, and is thus absorbed<br />

to a large degree by the human body: people are<br />

thus heated in a manner similar to objects.<br />

• when the radiant fl ow heats objects up to a level<br />

of 20–22 °C, heat comfort can be achieved<br />

even with air temperatures of 18–19 °C, and this<br />

leads to energy savings of at least 18–24 %.<br />

• radiant panels make temperature distribution in a room<br />

vastly more vertically balanced – only a –1 to –2<br />

degree difference between the fl oor and the ceiling<br />

(for convection heating, meanwhile, the difference<br />

is given as 1 °C per mere 30–50 cm of height).<br />

• there is less fl ow (whirling) of air in the heated space, so dust<br />

particles also whirl less, thus reducing the risk for a number<br />

of illnesses—asthma, mucous membrane infection, etc.<br />

• a higher wall temperature means a lower possibility for<br />

surface condensation; room humidity is not lowered.<br />

• glass is not “transparent” (we might say “transthermant”)<br />

when it comes to radiation with wavelengths over 3 and<br />

thus the radiant fl ow is not lost through windowpanes.<br />

• the panels do not need any maintenance<br />

Unique technologies<br />

Fenix uses unique, state-of-the-art technologies for fi nishing panel surfaces (Thermoquartz and Thermocrystal for low temperature panels and<br />

Silicating for high temperature panels).<br />

Radiant heating by ECOSUN<br />

Convection heating<br />

4

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