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How to reduce energy consumption and save costs for high-space industrial heating?

time：2024-01-17
hits：1406次
source：正弘奧能

It is impossible to talk about building energy saving without studying infrared radiation heating, building energy saving here includes both the energy saving of building construction and the energy saving of building use stage. In other words, it includes both the design technology of the building (optimized design) construction technology, the energy saving of building products, the energy saving of purchased materials, and the energy saving of heating methods. In the total energy consumption of the building, the energy consumption of the building construction accounts for about 20%, and the energy consumption of the use stage accounts for about 80%. Although the proportion of energy consumption between the two is very large, but they are interactive and complement each other. They can either add to each other or cancel each other out. 
 

	Compared with convective heating, infrared radiation heating improves the inner surface temperature of the enclosure structure (higher than the temperature of the room air), so compared with other traditional convective heating facilities, it can reduce the heating temperature, achieve energy saving, and create a favorable heating environment for the human body, reduce the radiation heat exchange of the human body to the inner surface of the enclosure structure, and increase comfort. Because the infrared radiation heating has the characteristics of uniform heat dissipation and thermal comfort, and has the advantages of convenient management, no occupation of the use area, no noise and no convection, high efficiency and energy saving, small maintenance, etc., it is especially suitable for occasions that are difficult to be solved by traditional heating methods, such as open space and occasions with large heat loss, rapid or intermittent heating occasions, and a large number of air exchange occasions.


	 


	<img src="http://www.wmkan.com/Uploads/image/20240117/20240117104058_73415.jpg" alt="" />

 
For tall space buildings, infrared radiation heating equipment is suitable for use in places where waste heat is generated during operation and where there is no explosive gas, dust or medium, and the economic benefits are better. For the plant station without heat source but with natural gas, compared with the heating system of the new boiler room, the infrared radiation heating system should be a better choice of technology and economy. 
 

	Regarding this kind of high-tech heating technology that has been applied in our country in recent years, there is an irregular difference in people's understanding, mastery and application of this technology. In particular, economic methods, comparable conditions vary, on the current scale of the heating technology requirements, through the economic comparison of boiler water heating, infrared radiation heating system equipment assembly economic reasonable, investment decline, the technical economy is feasible.


	 


	<img src="http://www.wmkan.com/Uploads/image/20240117/20240117104012_68760.jpg" alt="" />

 
IMPRESIND gas radiation heating system generator, promoted and sold by Beijing Leadway Power Co., Ltd. burns natural gas, and the hot fluid generated flows in the radiation tube made of aluminum alloy steel under the drive of the negative pressure centrifugal fan to stimulate the infrared ray, which directly acts the radiant heat on the objects and human bodies in the heating area. After the heat exchange of the hot fluid inside the radiation tube is finished, part of the product will be used for flue gas recirculation through the premix chamber, greatly improving the heating efficiency and making full use of energy. And the other part is directly discharged to the outside. Two heating to achieve the purpose of energy saving, environmental protection, reduce operating costs, comprehensive energy saving up to 30%~50%. 
 
IMPRESIND gas radiant heating system is especially suitable for tall space buildings, because the system can carry out local adjustment and regional temperature control function, has become one of the common heating forms of industrial plants, aircraft hangars, logistics centers, exhibition halls, stadiums and other tall Spaces.