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Application of IMPRESIND gas radiant heating system in large-space heating

time：2024-12-19
hits：865次
source：正弘奧能

In high-ceiling industrial heating, the maintenance and repair costs of traditional heating equipment, as well as the expenses for personnel, are huge. There are many energy circulation links and low thermal efficiency in the heating method from fuel combustion to heating purposes. In contrast, the heat loss in gas radiation heating from fuel to heating link is extremely small. It is highly efficient, safe and reliable, economical, suitable, uniform and comfortable, clean and environmentally friendly, and the system installation is simple and operation is convenient. It is very suitable for high-ceiling industrial heating. 
 

	Gas radiation heating is a method of heating using combustible gases such as natural gas, liquefied petroleum gas or artificial coal gas, which are burned in special combustion devices called radiation tubes to emit various wavelengths of infrared radiation for heating purposes. The infrared radiation wavelength emitted by the gas radiation tube is exactly within this range. The atmospheric temperature in high-ceiling buildings will not cause serious vertical imbalance. Therefore, its heat energy utilization rate is very high and people feel very comfortable. Thus, it has better solved the problem of flexible heating in high-ceiling spaces that has long troubled the heating and ventilation technology industry. 


	 
 


	<img src="http://www.wmkan.com/Uploads/image/20241219/20241219155541_96660.jpg" alt="" /> 
 

 

	IMPRESIND Gas Radiation Heating System, as the flagship heating equipment of Beijing Leadway Power&nbsp;Co., Ltd., can efficiently solve the heating needs of high-precision industrial workshops, aircraft maintenance hangars, railway locomotive maintenance hangars, logistics centers, warehouses, large sports halls, exhibition halls, etc. in high-rise spaces. 

 
In the case where the indoor air temperature is the same, the radiant heat directly irradiates the heating object, and the perceived temperature of the radiant heating is 2-3°C higher than that of the convective heating. In other words, in order to achieve the same indoor perceived temperature, the indoor air temperature of the radiant heating is 2-3°C lower than that of the convective heating, so the heat loss is smaller and the indoor and outdoor temperature difference is smaller, so the amount of cold air infiltration is also smaller. 
 
The insulation requirements for the maintenance structure of high-rise buildings are not high, and heating can be provided as needed, which is not possible with convection heating. Heat propagation has a strong directionality. It can be flexibly arranged according to different needs, and can provide full heating or heating in a large area in a localized area.