The conception of new products requires a change not only in the aesthetic but in the concept of the pellet stove. Our analysis concludes that every pellet stove has two fundamental phases to achieve maximum efficiency. The efficiency or efficiency in combustion or burning technology and a second stage where the generated heat is transferred to the home; what we would call transmission efficiency or use of the generated heat. On many occasions the paradox occurs that the combustion process is very efficient but nevertheless the use of the generated heat is very low. The EOSS brand has analyzed this second part of the process to maximize the use of heat. As a result we have developed a tubular exchanger with maximum heat utilization; we call it the TUBOAIR technology.
This technology has been patented and is embodied in a triple pass system of smoke through the heat exchanger; with an exchange route up to 2.5 meters in length. By means of this novel system a greater use of the heat of combustion is achieved and consequently the air temperature that is driven to the house is markedly higher than the rest of the air pellet stoves of the market.
The air pellet stove installed in the customer's home results in the following benefit when compared to the rest of the stoves in the market.
The test is carried out according to the standards of the EN14785 standard. The test bench according to the criteria of the standard, generates a chimney depression in the smoke outlet of the 12 Pa stove. The stove is placed on a balance calibrated by an approved laboratory. The enclosure has an ambient temperature of 20ºC. The tests are performed at power 5, maximum power, preventing any of the stoves from entering into modulation.
The EOSS stove achieves the lowest consumption of the 4 stoves and the highest forced air temperature of the 4 stoves.
The consumption of the EOSS TUBOAIR stove is 1 kgr per hour at maximum power, with forced hot air coming out through the front grille of the appliance at a temperature of 110ºC.
The stove A of the Italian competition averaged a consumption of 1,8 kgr per hour at maximum power, with air at 82ºC.
The B stove of the Italian competition averaged a consumption of 1,9 kgr per hour at maximum power, with air at 89ºC.
The C stove of the Italian competition averaged a consumption of 1,9 kgr per hour, with hot air at 71ºC.
More information in EOSS and www.solartecnik.es
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