HOW CARBONTEC® IS DIFFERENT FROM ALTERNATIVE HEATING SYSTEMS?

Electric under floor heating Water under floor heating Radiator (central) heating Carbontec infrared heating
Cold walls Cold walls Cold walls Warm walls
Warm floor Warm floor Cold floor Warm floor
High dust circulation High dust circulation High dust circulation Low dust circulation
EFFICIENCY = 50-60% EFFICIENCY = 72% EFFICIENCY< 30% EFFICIENCY iki 98%

Approximate calculation on heating of the house of 100 m²

Capital expenditures, €
Gas Traditional electric heating Carbontec
Design of external gas pipeline of 50 m 550
Design of heating system and boilers 420
Installation of external and internal gas pipeline 2000
Cost of a boiler 620 620
Installation and connection of a boiler 275 275
Radiators 420 420
Metalplastic and fittings 275 275
Installation of internal wiring and heating radiators 550 550
Carbontec heating material 2150
Additional equipment 880
Installation of thermostat 1220
Total capital expenditures: 5110 2140 4250
For the consumed resource (gas / electric power) per month 96 137 82,5
Costs of one heating season (8 months) 765 1096 660
Costs of repair and maintenance for a heating season 165 40 –
In total for 5 years of operation 4650 5680 3300

SAFE CONCEALED NEW GENERATION ELECTRIC INFRARED HEATING SYSTEM 12-24-36-48 V

An experiment performed in the John B. Pierce Laboratory (USA) demonstrated the purpose of adequate heating: people in the room with air temperature of 50 degrees Celsius and cold walls were freezing heavily, while in the room where the air temperature was only 10 degrees, but the walls were heated, people were sweating.

screen-shot-2016-12-30-at-23-51-02

Source: Technical information “Heat emission, the primal energy source, is on trend again”. Nuremberg, TT Technotherm GmbH

Heat emission absolutely differs from convector heating, particularly by the fact that it implies no heat exchange. No heat transferring medium (such as air) is required for heat emission, and it does not depend on the air temperature indoors. The concept is the same as with infrared sunlight – it converts into heat as soon as the light reaches the skin.

The temperature of floor surface, walls, ceiling and objects in the room increases and gives the accumulated heat back to the room. Therefore, the floor and ceiling are heated almost equally at room temperature.

There is no air circulation (convection). The relative air humidity stays almost the same. So, no more dry dust particles.

As a result, the temperature inside the room may drop by 6-8 degrees (a drop by 1 degree is about 6% heat economy!), but the subjective sensation of heat remains the same.