Is the application effect of gas radiant heating good in large space?-辐射板-红外线-热水辐射板-燃气辐射采暖-正弘奥能-伊普赛德-北京正弘奥能环保科技有限公司

Is the application effect of gas radiant heating good in large space?

time：2023-06-28
hits：665次
source：正弘奥能

Traditional heating facilities, maintenance and repair and staff expenses are huge, there are many energy circulation links, low thermal efficiency heating methods from fuel combustion to heating objects, intermediate links, and large heat loss.So for tall space buildings, is there a better, more efficient, more economical way of heating?The answer is yes.Gas radiant heating from fuel to heating link, the heat loss is very small;High efficiency and energy saving, safe and reliable, economical, uniform and comfortable, clean and environmentally friendly, and the system is simple to install, easy to operate, durable.


	 


	Gas radiation heating is the use of natural gas, liquefied petroleum gas or artificial gas and other combustible gas, burning in a special combustion device - radiation tube and radiation of various wavelengths of infrared radiation heating.The infrared wavelength emitted by the gas radiation tube is exactly in this range.Since radiant heat is not absorbed by the atmosphere, it is absorbed by various objects such as buildings, human bodies, equipment, and so on, and is converted into heat energy.The body that absorbs the heat rises in temperature, and again heats other objects around it, such as the atmosphere, in the form of convection.Therefore, the atmospheric temperature inside the building does not produce a serious vertical imbalance.Therefore, it has a high utilization rate of heat energy and makes the human body feel very comfortable.Thus better solve the problems of flexible heating in various tall Spaces that have been troubling the HVAC industry.


	 


	<img src="http://www.leadwaypower.com/Uploads/image/20230628/20230628171335_68576.jpg" alt="" /> 


	 


	IMPRESIND gas radiant heating system, as the main heating equipment of Beijing Leadway Power&nbsp;Co., LTD., has become one of the leading products in the Chinese market after more than 10 years of promotion and application.The professional and standardized one-stop service experience created by Beijing Leadway Power Co., Ltd. effectively solves the heating needs of high and sophisticated industrial plants, aircraft maintenance warehouses, railway locomotive maintenance warehouses, logistics centers, warehouses, large stadiums, exhibition halls and other tall Spaces.


	 


	IMPRESIND gas radiant heating system saves the huge and complex boiler and boiler room equipment, short installation cycle, does not occupy the building's use area, the radiation tube is generally installed in the upper part of the building heating space, so it rarely occupies or does not occupy the building's use area, saving valuable building land.


	 


	The insulation conditions of the maintenance structure of tall space buildings are not high, and the tall space can be heated on demand, which is impossible for convection heating.Heat propagation is highly directional.It can be flexibly arranged according to different needs, can carry out comprehensive heating, and can also be heated in a large space in a local area.


	 


	In the case of the same indoor air temperature, radiant heat directly irradiates the heating object, the realistic temperature of radiant heating is 2 ~ 3℃ higher than that of convective heating, that is to say, in the case of ensuring the same indoor realistic temperature, the indoor air temperature of radiant heating is 2 ~ 3℃ lower than that of convective heating, so the heat consumption is small, and the indoor and outdoor temperature difference is small.So the cold air penetrates less.


	 


	There is no loss of gas in the transmission process, and the combustion of the radiator is very complete, so the heat of the entire heating system can be fully utilized.The traditional radiator heating system, after the heat source from the boiler, there is a heat loss of 10 to 15% along the way, so the thermal efficiency is low.