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How does large-space industrial heating achieve demand heating, energy-efficient and consumption reduction?

time：2025-04-11
hits：457次
source：正弘奧能

In recent years, radiant heating equipment has begun to be promoted and widely used, especially in high-space industrial buildings. Among them, the heat transmission of gas infrared radiation heating equipment has a strong directionality, and it can be flexibly arranged according to different needs, and it can be heated according to demand in tall Spaces, which is impossible for convective heating. 
 
For tall space buildings such as factories, warehouses and hangars, the biggest advantage of using gas infrared radiation heating equipment is that infrared radiation does not heat the air through the air, the temperature distribution is more uniform, the temperature gradient is relatively small, and the ineffective heat loss is less, which can avoid the vertical imbalance of the temperature field generated by convection heating, and can be based on the production process requirements. Local heating or intermittent heating for the area in the plant. Compared with the traditional convection heating method, gas infrared radiation heating can save 30%-50% of operating costs, and the energy saving effect is very significant. 
 

	Under the same indoor thermal comfort conditions, the air temperature required for radiant heating rooms can be at least 2 to 3 ° C lower than that for radiator heating. If the radiator is used for heating, the room temperature should reach at least 18 ° C; The use of radiation heating, the room temperature as long as 16 ° C can make people feel comfortable), so you can save a lot of heating energy.


	 


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IMPRESIND gas radiation heating system, promoted and sold by Beijing Leadway Power Co., LTD., is an independent heating system. Separate heaters are installed on the outside of the building. When the natural gas is burned, the hot fluid generated flows in the radiation tube under the drive of the negative pressure centrifugal fan. The high temperature surface of the gray and black radiating aluminum alloy steel tube stimulates the far infrared radiation line, radiates the radiant heat directly downwards, and acts the heat on the objects and human bodies in the heating area. The indoor air temperature gradient is small, the heat loss is small, and the heat energy consumption is reduced under the premise of ensuring comfort to achieve the purpose of energy saving. 
 
Gas recirculation systems: IMPRESIND has advanced combustion and flue recirculation systems. After the heat exchange of the hot fluid inside the radiation tube is completed, part of the product will be recycled through the premixing chamber to achieve full utilization of energy, and the thermal conversion rate is as high as 90%. The other part of the generator is completely burned, and the emissions can be directly discharged to the outside. The emissions meet the national emission standards. Two heating to achieve the purpose of energy saving, environmental protection, reduce operating costs, comprehensive energy saving up to 30%~50%. 
 
Intelligent temperature control system: IMPRESIND has an intelligent temperature control system that always regulates the indoor temperature in an optimal way. The control system compares the temperature signal from the intelligent sensor and generates control instructions to adjust the temperature intelligently. Users can perform time-sharing and partition temperature control according to their needs. For example, the system can set the temperature for different times of the day for 24 hours, or for different days of the week, and can be turned on and off at any time, thus reducing energy consumption.

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How does large-space industrial heating achieve demand heating, energy-efficient and consumption reduction?