IMPRESIND gas radiant heating system provides energy-efficient and low-carbon heating for large industrial plants-伊普赛德燃气辐射采暖-意科潘热水辐射板-高大空间采暖-北京正弘奥能环保科技有限公司

IMPRESIND gas radiant heating system provides energy-efficient and low-carbon heating for large industrial plants

time：2024-10-24
hits：653次
source：正弘奥能

Under the traditional management model, most industrial enterprises are still using traditional convection heating methods, with a relatively loose management mode. This not only causes a lot of resource and energy waste, but also brings about a lot of additional carbon dioxide emissions. Moreover, the heating effect is not ideal. Therefore, the choice of winter heating method is crucial in the construction of modern industrial workshops and the renovation of old workshops. Many studies have found that gas infrared radiation heating has many advantages, and its heating performance in high-ceiling industrial workshops in northern areas is also very good. Compared with traditional convection heating methods, the gas infrared radiation heating system not only reduces energy consumption, but also reduces energy costs and saves operating costs for enterprises. 
 

	IMPRESIND gas radiant heating system promoted and sold by Beijing Leadway Power Co., Ltd. is an independent heating system consisting of a generator, a radiation tube, and an intelligent temperature control system. The generator burns natural gas, and the heated fluid, driven by a negative pressure centrifugal fan, flows through the aluminum-alloy steel radiation tube, generating infrared radiation, which directly applies radiant heat to objects and people in the heating area. 


	 



	<img src="https://www.leadwaypower.com/Uploads/image/20241024/20241024151650_42323.jpg" alt="" /> 


 
IMPRESIND Gas Radiant Heating System uses infrared radiation heating technology. Infrared radiation has non-dispersive properties, so the energy is concentrated and the thermal effect is significant. The generator burns natural gas, and the hot fluid flows in the aluminized steel radiant tubes under negative pressure from the centrifugal fan. The high-temperature surface of the radiant tubes excites and generates infrared radiation waves, which direct heat downwards to heat the area directly below. Most of the infrared radiation is absorbed by buildings, people, equipment, etc., storing energy and raising their temperature. Meanwhile, the hot fluid inside the radiant tubes is heated again after the heat exchange is over, and part of the products pass through the premix chamber to be used for flue gas recirculation for secondary heating, effectively utilizing energy and greatly improving the heating efficiency. 
 
The auxiliary control system includes a central controller and control system software, which can be remotely centrally controlled. One controller can control up to 59 devices, and the temperature parameters can be set independently for each device to improve the accuracy of temperature control and operational safety. The hangar can be divided and heated according to the needs of work, and the equipment can be turned on and off at any time to reduce energy consumption. 
 
IMPRESIND gas radiation heating system is particularly suitable for high-ceiling spaces, high air exchange rates, local heating, and intermittent heating in high-ceiling spaces. Its economic benefits are very significant. Its application range is very wide, including factory workshops, large dry docks, ships, aircraft, railway and automobile maintenance halls, and many other occasions in the industrial field. Heating in the industrial field involves different functional spaces and different temperature requirements. IMPRESIND gas radiation heating system has intelligent temperature control function, which can not only meet the heating needs of large workshops and warehouses in high-ceiling spaces, but also achieve precise temperature control in different regions through intelligent control system, helping enterprises to heat only when needed. At the same time, it creates a more comfortable working environment for employees, reduces production fluctuations caused by temperature changes, and helps to improve production efficiency.