Large-space hot water radiant panel heating technology that can replace traditional heating-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

Large-space hot water radiant panel heating technology that can replace traditional heating

time：2024-03-29
hits：615次
source：正弘奥能

For a long time, the traditional convection heating methods such as radiators have been used in China's industrial building heating, but with the continuous development of the industrial field, the original heating methods have also revealed its drawbacks. First of all, the single building is large in scale, the radiator is difficult to arrange, and it is difficult to meet the design needs of tall space heating. Secondly, the height of the building is high, and the phenomenon of traditional convection heating is very serious. When the heater is used for heating, there is serious wind disturbance in the workshop and uneven temperature. After more than ten years of actual use experience, we believe that: hot water radiant panel heating as a heating method of tall space industrial plants is a more ideal choice.


	 


	<img src="/Uploads/image/20240329/20240329091630_33266.png" alt="" />

 
Hot water radiant panels mounted on the ceiling, using hot water as the heating fluid. Thermal inertia is very low, hot water radiation panel is particularly suitable for industrial halls, offices, stadiums, stores, supermarkets and other tall space heating. This heating system reduces administrative costs as it allows full or partial operation interruption, with minimal warm-up times and small thermal gradients depending on the external temperature. In tall Spaces, reducing vertical gradient heat loss means saving energy and economic costs. Therefore, the hot water radiant panel heating method is particularly suitable for replacing the old traditional convection heating method with general operation effect and limited efficiency. The hot water radiant panel heating method is now used, which does not require more maintenance, and the system can be designed to achieve different heating temperatures to achieve on-demand heating. 
 

	ECOPAN hot water radiation board promoted and sold by Beijing Leadway Power Co., Ltd. adopts an innovative design concept, the main feature of ECOPAN is: on the shell of the steel plate, with a diameter of 1/2 "or 3/4" welded or non-welded steel pipe wrapped 2/3 of its surface. Special attention is paid to the expansion between the pipe and the plate, as well as technical solutions that make installation easier. As the warmest part of the panel, the pipe is completely downward, and 70% of its surface is wrapped by the metal plate (the wrapping Angle is more than 280°), which increases the heat transfer area, and perfectly ensures the transfer of heat from the tube to the plate, reducing the convective flow and increasing the radiation.


	 


	<img src="http://www.leadwaypower.com/Uploads/image/20240329/20240329091612_93156.png" alt="" />

 
ECOPAN hot water radiation board adopts modular splicing, series type ribbon arrangement, two modules are directly connected by clamping joint, quick connection, simple and convenient. After the pipe connection is complete, insert the decorative cover plate between the radiation plate to cover the connection area and ensure the beauty of the product. 
 
At present, Beijing Leadway Power&nbsp;Co., Ltd. mainly focuses on aviation support, manufacturing and processing, warehousing and logistics, construction engineering and other key industries, and is committed to efficiently solve the heating needs of industrial plants, aircraft, automobile maintenance warehouses, logistics centers, large warehouses, multi-functional stadiums, exhibition venues and other tall space buildings with a height of 4 meters to 30 meters. To provide safe and reliable, energy-saving, intelligent, environmentally friendly radiation heating products, solutions and supporting services. At present, the business scope has covered Beijing, Tianjin, Jinan, Qingdao, Shenyang, Harbin, Lanzhou, Urumqi, Ordos and other cities across the country.