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Hot water radiant panel heating solution for large-space industrial plant

time：2024-05-11
hits：1263次
source：正弘奧能

In industrial manufacturing, industrial plant is one of the indispensable places in the production process, in order to ensure the winter production efficiency, heating is the key link, heating related costs are an important component of the production and operating costs of related enterprises. As people pay more and more attention to energy issues and environmental protection issues, how to achieve energy conservation and emission reduction of industrial heating has become one of the core issues that enterprises focus on. Especially in the heating of tall space industrial plants, energy saving is a necessary condition for sustainable development. 
 

	The basic heat consumption of the enclosure structure and the heat consumption of cold air infiltration are very large, and the traditional heating method is not only high cost and serious pollution, but also unsatisfactory heating effect. Therefore, how to achieve efficient heating, on-demand heating, and effectively reduce temperature stratification, avoid ineffective heat loss, and achieve energy saving and emission reduction, improve comfort is a problem faced by many industrial enterprises in heating. In view of the pain points of industrial heating, infrared radiation heating, as one of the important ways of clean heating, has the characteristics of energy saving, high thermal efficiency, uniform heating and so on, and the heating effect of infrared radiation heating is more guaranteed. In recent years, infrared radiation heating methods (gas radiation heating systems, hot water radiation panels, etc.) have been implemented and widely used.


	 


	<img src="http://www.wmkan.com/Uploads/image/20240511/20240511100237_68283.png" alt="" /> 

 
Hot water radiation panel is through the surface radiation coating to convert heat into infrared radiation down, because the radiant heat can directly penetrate the air, by buildings, human bodies, equipment and other objects absorbed, and converted into heat. The air temperature inside the building does not produce serious vertical imbalance. Therefore, the utilization rate of heat energy is high, and the human body feels very comfortable. Therefore, infrared hot water radiation heating is an ideal heating method for industrial plants in high space. 
 

	Hot water radiant panel has the advantages of simple and lightweight structure, high thermal efficiency, easy installation, low initial investment and operating costs, simple operation, high intelligence, no noise, environmental protection and clean. The use of hot water radiation panel has no requirement for fire rating, can be used in any non-corrosive gas environment, and is widely used in industrial workshops, warehouses, aircraft repair warehouses, large stadiums, exhibition halls and other tall space places.


	 


	<img src="http://www.wmkan.com/Uploads/image/20240511/20240511100049_11741.png" alt="" /> 

 
The hot water radiation panel promoted by Beijing Leadway Power&nbsp;Co., Ltd. adopts an innovative design concept and is prefabricated into a standard length of 3 meters and 6 meters in the factory (special requirements can be prefabricated into 2 meters and 4 meters). Each radiant panel can be connected by quick joint or welding. Each radiant panel and collection pipe is prefabricated in the factory and tested for safety. The bracket of the suspension plate is welded together with the radiant plate, one per meter. Modular splicing, series-type ribbon arrangement, two modules directly connected by clamping joint, quick connection, simple and convenient installation. The pipe, as the warmest part of the panel, is completely down, 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. Using hot water as a heat transfer medium does not increase the fire rating of the building. It can be used in volatile and flammable built environments without the risk of fire and explosion.