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The klima e murale method is a contemporary solution which uses natural-fire based technology to combine the best of both worlds, heating and cooling. It consists of a heat pump, a heat exchanger, and a chimney with a special firing system. The heat pump creates an air flow in the area with the chimney located at one end of the room. The cold inside air from the refrigeration coil is then sent down into the chimney where it's heated up by waste gas from cooking or heating oil that circulates around it before returning back into your home as warm or hot air. This technology is ecofriendly, and because it runs on solar power, it also helps purify the air you breathe. It's said to be good for your health and significantly reduces your electricity bills because it minimizes the need for air conditioning. The process of heating and cooling takes place constantly. It's possible to regulate the temperature in the room by simply controlling the intensity of solar radiation coming into your home during summer or winter. This method is suited to a greenhouse or a conservatory as a heating or a cooling system, but can also be successfully used to heat a room with an existing fireplace. As long as there's enough height, this system could even heat an entire house. The klima e murale method can be used for heating or cooling, as well as to purify the environment. Studies have been made of klima e murale's effectiveness on a greenhouse's air flow and underground water use. There is also a study on the effectiveness of klima e murale in a house that shows how it reduced energy consumption by 10% and the use of 11000 liters of water less than an air conditioned house. The advantage is that this method allows air circulation through all four walls, which means it can be used for heating or cooling your entire house. Also, the necessary chimneys are small and unobtrusive. One of the disadvantages of klima e murale is that it's difficult to control the temperature inside your house if you don't have solar heaters on all windows, which would create an artificial convection. The technology consists of a heat pump with front load compressor, two systems for hot water (solar thermal and technical) and electrical heating (reverse cycle), an under-floor heating system (floorheating), an air exchanger for air conditioning, a new combustion furnace by BONUS "Altea", some kind of solar orientation system "GLASS" made in Italy. The electric power consumption for all these components is 1053 kWh/year. The "Altea" furnace is powered by a 220 mm B20 flue blank, and the system has the following performance: its thermal efficiency is 80% and it achieves an output of 15.2 kW; it consumes 10,3 kWh/hour. It's used to cook food and serve drinks in the house (electric stove with two flame bowls, one hot water boiler for washboilers and hot water machine, one tank for hot water collection). The wood heating system has a surface area of 22 m²; it uses 1100 l/m²/year; it's used to heat up the house and provide heating to other rooms (heating ducts). cfa1e77820
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