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Application of hot water radiant panel in heating of large-space industrial plant

time：2024-11-18
hits：1065次
source：正弘奧能

It is very important to heat the northern cold areas in winter, especially in spacious and open workshops and office areas. However, only using central air conditioning cannot provide enough heat to ensure indoor temperature in super large office areas or industrial workshops. Radiators are only installed on the four walls, and the heat cannot be transmitted to the central area. The application of hot water radiant panels has greatly solved this problem. The heating medium used by hot water radiant panels is similar to that of radiators, both of which use hot water as a heat-conducting medium to provide heat. However, the difference is that hot water radiant panels are hung on the roof, which greatly saves usable space. Moreover, hot water radiant panels take advantage of the principle that radiant heat can penetrate air and directly transfer heat to people and objects in the heating space. Therefore, hot water radiant panels are increasingly being used in industrial buildings' workshops and office areas. 
 
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Hot water radiation panels convert the medium heat into various wavelengths of infrared radiation on the radiation panel surface and irradiate it into the heating space. Since the air absorbs infrared radiation poorly, most of the infrared radiation is absorbed and stored by buildings, human bodies, equipment, etc., causing the temperature to rise, and at the same time heating the surrounding air, making the environment temperature rise. Therefore, the air temperature in the building is lower than the object temperature of infrared radiation irradiation area (usually 2-3 degrees lower), thus reducing the air stratification and convection effect. The heat energy utilization rate of the heating system is high, and the comfort is also better. The large number of project applications at home and abroad show that the hot water radiation panel system is superior to traditional convection heating equipment such as radiators and air heaters, solving the problem of poor heating effect and high energy consumption in high-rise spaces by convection method, and is a new type of high-rise building heating technology. 
 
The hot water radiant panel heating system provides water-based heating with low temperature and pressure, does not increase the fire resistance level of the building, and can be used in buildings with volatile and flammable materials without the risk of fire or explosion. In general, hot water radiant panels can be normally suspended from the roof, but the relationship between the radiant panel and the high-ceiling building roof and the connection method involve not only the stability and heat dissipation effect of the radiant panel but also the overall aesthetic effect. 
 
ECOPAN hot water radiation panels promoted and sold by Beijing Leadway Power Co., Ltd. can provide the best heating solution, not only making the construction operation easier, but also optimizing the time to reduce costs. The side is formed in the radiation panel, making it easy to place insulation materials, and the head of the pipe liner is welded perfectly, making the joint cover easy to position, shortening the installation time. Under the same size characteristics (pipe diameter, number and spacing, panel width), ECOPAN hot water radiation panel panel has higher thermal efficiency than other products on the market. This means that fewer radiation panels are needed to meet the same thermal efficiency requirements, saving material and installation costs. 
 
ECOPAN hot water radiant panels are made of cold-formed profiled steel sheets, and the surface of the steel sheet is wrapped with 1/2" or 3/4" electric welded or non-welded steel tubes. The outer shell of the steel sheet is made of ECOPAN hot water radiant panels, which can meet any engineering planning, functional and aesthetic requirements. As an end heating device, the radiant panel does not require any electric mechanical parts and does not consume electricity. It runs almost maintenance-free, saving operating costs.