2024 National Energy Conservation Publicity Week | focus on "Green Transformation, Energy conservation"-辐射板-红外线-热水辐射板-燃气辐射采暖-正弘奥能-伊普赛德-北京正弘奥能环保科技有限公司

2024 National Energy Conservation Publicity Week | focus on "Green Transformation, Energy conservation"

time：2024-05-13
hits：246次
source：正弘奥能

From May 13 to 19, 2024 is the National Energy Conservation Publicity Week, with the theme of "Green Transformation, Energy Conservation". May 15 is the National Low-carbon Day, with the theme of "Green, Low-carbon, Beautiful China". 
 
The industrial and information systems thoroughly implement the spirit of the Party's 20 congresses, implement the major decisions and deployments of the Party Central Committee, always adhere to the road of green, low-carbon and circular development, accelerate the promotion of new industrialization, and solidly promote the green development of the manufacturing industry. 
 
China is a big energy consumer and a big carbon emitter, so promoting energy conservation and emission reduction has become an inherent requirement for China to develop a low-carbon economy. Industry, construction, transportation and other fields are key sectors of energy conservation and emission reduction. Industrial energy consumption accounts for about 60% of the whole society's energy consumption. Among the energy consumption of industrial buildings in northern China, heating energy consumption accounts for about 20%. The problems of large energy consumption, large carbon emissions and high operating costs for industrial heating are prominent. 
 
Therefore, in order to achieve the goal of "reducing energy consumption per unit of GDP by 13.5%", one of the key work carried out during the "14th Five-Year Plan" period is to promote energy-saving transformation in key industries, improve energy efficiency standards, and encourage clean and efficient energy use. To promote a new type of industrialization, with energy conservation, carbon reduction, digital transformation, and intelligent upgrading as important directions, focus on key industries, and vigorously promote the upgrading and technological transformation of production equipment and energy-using equipment. Therefore, the heating equipment market is also shifting to the direction of low-carbon, efficient and environmental protection, and promoting more new energy and new technologies to replace or optimize traditional heating methods. 
 
Compared with the traditional convection heating method, infrared radiation heating method is a green environmental protection heating method with high thermal efficiency, fast heating speed, uniform heating, high efficiency and energy saving. The heat conversion rate of infrared radiation heating is basically more than 90%, and the energy efficiency is higher. In the case of the same indoor air temperature, the realistic temperature under infrared radiation heating is 2℃ ~ 3℃ higher than that under convective heating. Therefore, the temperature difference between indoor and outdoor is small, and the cold air permeability is also small, which reduces the heat loss of the heating space, and can save 30% to 50% of energy consumption. 
 
Product recommendation 
 
· IMPRESIND gas radiant heating system 
 
IMPRESIND gas radiant heating system is an independent heating system, consisting of three parts: generator, radiant tube and intelligent temperature control system. The generator burns natural gas, and the hot fluid generated flows in the radiation tube made of aluminum alloy and steel under the drive of the negative pressure centrifugal fan, producing infrared rays, and directly acting the radiant heat on the objects and human bodies in the heating area. 
 
· ECOPAN hot water radiant panel 
 
The hot water radiation plate is made of metal tube plate, with hot water as the heat conduction medium, flowing in the pipeline of the radiation plate, heat transfer to the radiation plate, generate infrared radiation, and directly act on the object and the human body in the heating area. The surface of the metal sheet tube is more than 280°, which increases the heat transfer area without long preheating time, and the heating speed is fast and uniform.