Radiant heating in large space buildings - Advantages of IMPRESIND gas radiant heating system-伊普赛德燃气辐射采暖-意科潘热水辐射板-高大空间采暖-北京正弘奥能环保科技有限公司

Radiant heating in large space buildings - Advantages of IMPRESIND gas radiant heating system

time：2025-02-08
hits：388次
source：正弘奥能

IMPRESIND gas radiation heating system promoted and sold by Beijing Leadway Power&nbsp;Co., Ltd. has independent heaters installed outside the buildings. Meanwhile, according to the "Code for Fire Protection Design of Buildings": "Production using gases, liquids or solids as fuels or burning gases and liquids for other uses" belongs to category D in terms of fire hazard classification. Moreover, the performance of the gas infrared radiation equipment system is very stable. Therefore, using gas radiation heating will not increase the danger and design difficulty of the buildings. 
 

	IMPRESIND Gas Radiation Heating System utilizes natural gas and through a special combustion device - the generator, it burns to radiate various wavelengths of infrared rays for heating. The generator in IMPRESIND Gas Radiation Heating System burns completely, making full use of the heat. Meanwhile, after the internal hot fluid in the radiation tubes has completed the heat exchange, some of the products will pass through the premixing chamber and be used for gas recirculation. The two heating processes enhance the heating effect. Gas radiation heating is a method specifically designed for heating large spaces, particularly suitable for buildings with intermittent heating needs, and also applicable to situations where local heating is required in tall buildings. 


	 
 


	<img src="https://www.leadwaypower.com/Uploads/image/20250208/20250208095226_19356.jpg" alt="" /> 
 

 
Advantages of IMPRESIND Gas Radiation Heating System 
 
1. Reduce investment and land occupation 
The system layout is simple and the installation period is short. It saves investment costs. The equipment installation adopts suspension, which does not occupy the usable area within the building and saves valuable building land. 
 
2. Safe and reliable, with stable performance 
The technology is mature, the performance is stable, and there are no flammable components. It will not increase the fire hazard level of buildings or the design difficulty. Even in extremely cold regions, the equipment can maintain a stable operating state. 
 
3. High thermal efficiency and uniform heating 
Radiant heat directly irradiates the heating objects. It has a small thermal inertia, fast heating speed, high heat conversion efficiency, and provides a comfortable and mild body sensation. There will be no uneven temperature distribution in local areas. 
 
4. Static heating and clean sanitation 
The operation is quiet, without strong convective phenomena, no air disturbance, avoiding the dust-raising phenomenon caused by air convection, improving sanitation conditions, and providing a comfortable working environment for employees. 
 
5. Intelligent temperature control, convenient operation and maintenance 
The control system can operate automatically based on preset temperature settings. It can also control temperature in different zones and at different times according to requirements. It can be controlled independently or remotely from a central location, without the need for dedicated personnel to be on duty or operate. 
 
6. High efficiency and energy saving, cost reduction 
Under the condition of the same indoor air temperature, the air temperature design in the radiant heating environment can be 2-3℃ lower than that in the convective heating environment, which can achieve the purpose of energy conservation and cost reduction. 
 
IMPRESIND gas radiation heating system can efficiently meet the heating demands of industrial plants, aircraft, railway and automobile repair depots, logistics centers, warehouses, large stadiums, exhibition halls and other high-rise space buildings. It solves the problems of poor effect and high energy consumption when using traditional convective heating methods in high-rise space buildings. It is an ideal heating method for high-rise space buildings.