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Application of suspended ceiling type hot water radiant panel in large space heating

time：2024-10-14
hits：1212次
source：正弘奧能

Heating in the northern cold regions is very important, especially in high-ceiling office areas or industrial workshops, where traditional convection heating methods such as radiators cannot provide enough heat to maintain indoor temperature. With the rapid development of new technologies, equipment, and renewable energy, the emergence of infrared radiation heating and other new technologies and products has provided new ideas for HVAC design in the industrial field. Compared with traditional heating methods, infrared radiation heating has the advantages of fast thermal effect, even heating, high thermal efficiency, high efficiency, energy saving, and green environmental protection. 


	 



	<img src="http://www.wmkan.com/Uploads/image/20241014/20241014105043_31963.jpg" alt="" /> 


 
The application of suspended hot water radiation panels has effectively solved this problem. The heating route of hot water radiation panels is consistent with that of radiators. Both of them use boilers and hot water pipes to form a closed loop to provide heat. The difference is that hot water radiation panels can be hung on the roof, which greatly saves usable space. Hot water radiation panels also have the excellent characteristics of even heating, fast heating, and high thermal efficiency utilization rate. They are increasingly used in the workshops and office areas of high-rise industrial buildings. 
 
Highly energy-efficient 
In a radiant heating system, the air temperature in the room is 2-3k lower than in an air-flow heating system, but it can still achieve the same level of environmental comfort, so it is highly energy-efficient. 
 
The heating is evenly distributed 
In the radiant heating environment provided by the suspended ceiling hot water radiator, the heat distribution is even and comfortable, with a gentle sensation. There is no local temperature unevenness as in the convection heating environment. 
 
Space-saving 
A suspended hot water radiant panel heating system is usually installed on the ceiling of a building, not occupying space on walls and floors. 
 
Static heating 
Ceiling water-based radiant panel heating is direct infrared heating without a blowing sensation, no electric transmission equipment, and runs very quietly. 
 

	Based on the continuous improvement of heating safety, heating quality, energy saving and emission reduction technologies, as the pioneer in environmental protection technology and services, Beijing Leadway Power&nbsp;Co., Ltd. has always taken infrared radiation heating technology as its core, actively grasping market demand and exploring comfortable industrial heating experiences to help industrial enterprises achieve their goals of energy saving and emission reduction, intelligent heating supply. 


	 



	<img src="http://www.wmkan.com/Uploads/image/20241014/20241014105104_17447.jpg" alt="" /> 


 

	The ECOPAN hot water radiation panels promoted and sold by Beijing Leadway Power&nbsp;Co., Ltd. adopt an innovative design concept, and the main feature of ECOPAN is that the radiation panels are made of cold-formed profiled steel sheets, and the surface of the steel sheet is wrapped with a steel pipe of diameter 1/2" or 3/4" using either welding or non-welding technology. The surface is coated with polyethylene-based powder paint, with special attention paid to the expansion of the pipes and the panels, as well as technical solutions to make installation easier. The pipes, as the warmest part of the panel, are completely downward, and 70% of their surface is wrapped by a metal plate (the wrapping angle exceeds 280°), which greatly increases the heat transfer area and ensures that heat is transmitted from the pipe to the panel effectively, reducing convective flow and increasing radiation. 

 
The ECOPAN hot water radiation panel, based on the principle of natural solar radiation, is the most effective heating system with high heat transfer efficiency, small temperature gradient, even heat distribution, and energy savings of 30%-50% compared to conventional floor heating and convection heating methods. Additionally, due to the low thermal inertia of the ceiling radiation panel, the heating system can operate intermittently only when necessary, and there is no other heating system that can provide the same level of comfort at such a low management cost.