Gas radiation heating is more energy saving for tall space buildings-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

Gas radiation heating is more energy saving for tall space buildings

time：2024-08-13
hits：223次
source：正弘奥能

In recent years, the heating of some tall space buildings consumes a lot of energy. How to use energy efficiently to cope with the rapid growth of building construction, especially in the field of tall space heating and building energy efficiency. In order to save energy and reduce energy loss, it is necessary to seek effective means to reduce heat loss in energy consumption. 
 
As we all know, the traditional convection method and the ineffective heat loss of the upper part of the building can not be ignored when heating in winter, because of the use of this method in a large space, wide doors and Windows, high space, large span, and large thermal conductivity. In addition, the indoor temperature gradient is large, and the stratification is serious, resulting in a large temperature difference between indoor and outdoor, and the phenomenon of hot and cold indoor air. In addition, due to the difference in density, the hot air will rise, causing most of the energy to be wasted. Therefore, it is urgent to improve the means of heat transfer. According to the literature, when the production hall, maintenance warehouse and other tall space buildings adopt radiation heating, the indoor height gradient becomes very small. Gas radiant heating is becoming a common solution for tall Spaces and is considered to be more energy efficient than traditional convection heating systems, reducing energy consumption by about 30-50%. 
 
Since gas radiant heating mainly generates enough radiant heat intensity in a certain space in the form of radiation to maintain the heating effect, radiation heating is smaller than convective heating in the working area of the building, thus greatly reducing the heat loss in the upper area of the building. At the same time, due to the reduction of thermal energy consumption, the corresponding cold air infiltration capacity is also reduced. And when the radiation heating is used, the actual perceived temperature in the building can be reduced by about 2-3 degrees compared with the heat convection heating, which reduces the heat consumption of the building. The switch of radiant heating system is completely controlled by computer. It can be realized that only a few radiation tubes are opened when individual stations work overtime, and other radiation tubes are automatically closed, that is, regional heating and regular heating. Therefore, the performance of radiation heating can be considered as the most effective way of heating tall Spaces. 
 

	IMPRESIND gas radiation heating system as the main heating equipment of Beijing Leadway Power Co., LTD., through more than 10 years of promotion and application, has become one of the leading products in the Chinese market. The professional and standardized one-stop service experience created by Beijing 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, radiation tube is generally installed in the upper part of the building heating space, so it rarely occupies or does not account for the building's use area, saving valuable building land.


	 


	<img src="http://www.leadwaypower.com/Uploads/image/20240813/20240813093202_62220.jpg" alt="" />

 
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.