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Gas radiant heating in tall space meets the needs of energy efficiency and comfort

time：2025-02-07
hits：725次
source：正弘奧能

With the increasing demand for environmental comfort in high-rise spaces in China, especially in large steel frame structures, people's demands for environmental comfort and energy conservation in high-rise spaces have led to the emergence of radiant heating as a comfortable and energy-saving heating method for high-rise spaces. Radiant heating technology releases heat in the form of infrared thermal radiation into the heating space to achieve the purpose of heating. Infrared rays directly heat people and objects below, so the temperature gradient in the room is small. This heat transfer method effectively solves the special problems of heating in high-rise space buildings and can also meet the requirements for comfort. For example, in the heating of high-rise space industrial plants, the gas radiant heating system can create a warm and comfortable working environment for workers and improve work efficiency. 
 

	Among them, the gas radiation heating method has the advantages of rapid heating, uniform heat distribution, energy conservation and environmental protection. It is suitable for various large open spaces and is applicable to places with high ceilings and good air circulation. Therefore, this system is widely used in various large open spaces, such as factories, warehouses, and hangars. In these places, due to the tall and open space, traditional heating methods often fail to achieve the desired heating effect, while the gas radiation heating system can easily handle these problems. 


	 
 


	<img src="http://www.wmkan.com/Uploads/image/20250207/20250207100843_52044.jpg" alt="" /> 
 

 
IMPRESIND gas radiant heating system promoted and sold by Beijing Leadway Power Co., Ltd&nbsp;is an independent heating system. The independent heating generator is installed outside the building, such as on the top or side wall of the building, while the radiant tubes are installed above the interior space of the building, thus not occupying the usable space of the building. The radiant heat radiates directly downward, and the ground can also accumulate some heat. Under the premise of establishing the same comfortable conditions, the design temperature of the building in radiant heating can be 2°C to 3°C lower than that in convective heating, and it can also save heating energy consumption. 
 
The generator burns natural gas and the generated hot fluid flows in the radiant tubes under the drive of the negative pressure centrifugal fan. The high-temperature surfaces of the gray-black alloy steel radiant tubes, which are made of a special material, excite and generate far-infrared radiation lines. The radiation heat directly acts on the objects and human bodies within the heating area. After the hot fluid in the radiant tubes has undergone heat exchange, some of the products will pass through the premixing chamber and be used for recirculation (about 40%), achieving a heating efficiency of 100% and making full use of energy. The other part, due to the complete combustion of the generator, the combustion products are only carbon dioxide and water, which can be directly discharged to the outside. The two heating processes achieve the purpose of energy conservation, environmental protection and reduced operating costs. The overall energy saving can reach 30% to 50%.