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Difficulties and Solutions in the Design of Heating for Large-space Industrial Buildings

time：2025-03-12
hits：710次
source：正弘奧能

Due to the large volume and high height of large-space buildings, more considerations and greater design difficulty are involved in the heating design of such buildings. If traditional heating methods are adopted for high-rise space heating, it is often difficult to achieve uniform heat distribution. Heat tends to accumulate at the top, while the temperature near the ground is relatively lower, resulting in a "temperature stratification" phenomenon. Meanwhile, the heating demand for high-rise spaces is large, especially during winter heating, and energy consumption often accounts for a significant proportion of the total energy consumption of the building. 


	 



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 Solution: 
 
In recent years, with the introduction of heating equipment and technologies from countries or regions such as Europe and America, there are now many available ways to adopt. For instance, the gas infrared radiation heating system can fully meet the heating demands of the increasingly developed tall-space buildings. According to GB50019-2015 Industrial Building Heating Ventilation and Air Conditioning Design Code 5.5.4: When using gas infrared radiation heating, the indoor calculated temperature should be 2℃ to 3℃ lower than the indoor air temperature of convective heating. Under the premise of achieving the same heating effect, the heat load is lower, the comfort is higher, and it is more energy-efficient. 
 
IMPRESIND gas radiation heating system promoted and sold by Beijing Leadway Power&nbsp;Co., Ltd. is an independent heating system composed of three major components, namely the generator, the radiation section and the control system. The gas radiation heating system realizes smokeless heating, completely safe opening and closing, and negative pressure operation, providing a reliable guarantee for the safe operation of the heating system. 
 
The heat energy generator is installed on the exterior of the building, such as on the roof or side walls, without occupying the interior space of the building. The generator has stable performance, so for large spaces, the gas radiation heating system is adopted, which will not increase the fire hazard level and design difficulty of the building. 
 
The radiant pipe sections are installed under the factory roof and above the crane tracks, at a height of about 5 to 30 meters from the ground. They do not occupy the usable area of the workshop and do not interfere with the process operations in the workshop. The radiant pipe sections can be arranged according to the location of the working areas within the building, effectively improving the utilization rate of the heating equipment and forming a uniform temperature distribution in the heating space. 
 
IMPRESIND gas radiation heating system can intelligently adjust its operation status according to temperature changes, resulting in significant reduction of energy consumption and operating costs. It allows for setting any temperature for any equipment at any time. It has the function of automatically turning on and off according to time, and operates automatically at the set temperature without the need for manual adjustment. 
 
IMPRESIND gas radiation heating system can effectively solve the problem of unreasonable temperature distribution in large spaces. Compared with convective heating methods, it can save 30% to 50% of energy, and its economic efficiency is very obvious. Therefore, IMPRESIND gas radiation heating system is highly suitable for various industrial plants, aircraft maintenance depots, warehouses and other buildings with high and large spaces.

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Difficulties and Solutions in the Design of Heating for Large-space Industrial Buildings