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National Energy Conservation Publicity Week 2025

time：2025-06-25
hits：264次
source：正弘奧能

National Energy Conservation Publicity Week 2025 will be held from June 23 to 29, 2025, with the theme of "Energy Efficiency Enhancement and New Leadership", aiming to advocate green and low-carbon production and lifestyle, promote new energy-saving technologies and concepts, and encourage the formation of a good social trend of conserving resources and protecting the environment. June 25, 2025 will be National Low-Carbon Day, with the theme of "Carbon Path Pioneers, Green Future".&nbsp;


	 


	During the National Energy Conservation Publicity Week, the focus is on key areas of energy conservation and carbon reduction. Specialized promotional activities are organized to raise awareness in areas such as energy efficiency improvement in the industrial sector, energy conservation and carbon reduction in the building sector, and the green and low-carbon transformation of the transportation sector.&nbsp;


	 


	Amid the 2025 National Energy Conservation Publicity Week's fervor of "Energy Saving and Efficiency Enhancement, Leading with Innovation", a green revolution in industrial heating for large spaces is quietly unfolding. Entering industrial plants, warehouses and other large-space venues, traditional heating equipment is roaring and operating, yet still struggling to prevent heat loss from the top of the space and uneven ground temperatures - data shows that the heat loss rate of conventional convection heating in such scenarios is between 20% and 30%.&nbsp;


	 


	Facing this industry pain point, the "Ipside Gas Radiant Heating System" under Beijing Zhenghong Aoneng Environmental Protection Technology Co., Ltd. has stood out with its innovative technology, becoming a benchmark for energy conservation and carbon reduction in the industrial heating field of large spaces. This system breaks the norm with "precise radiation", directly heating objects and the ground through infrared rays, reducing ineffective heat convection and saving 30% to 50% of energy compared to traditional methods. In large spaces, the system can also achieve "heating on demand", avoiding heat accumulation at the top and ensuring that every bit of energy is used effectively.&nbsp;


	 


	<img src="http://www.wmkan.com/Uploads/image/20250725/20250725092253_15293.jpg" alt="" /> 


	 


	The generator of the Ipside gas radiant heating system serves as the core of the system. The micro-positive pressure fan precisely regulates the mixture ratio of gas and air, ensuring a stable flame without overflow and achieving a combustion efficiency of up to 90%. The built-in flue gas recirculation device is particularly remarkable, efficiently recovering and utilizing the residual heat of 70% of the flue gas. This not only reduces the flue gas temperature and minimizes heat loss but also effectively suppresses the formation of nitrogen oxides, achieving a dual breakthrough in energy conservation and environmental protection.&nbsp;


	 


	In the era of equal emphasis on energy consumption and environmental protection, IMPRESIND gas radiant heating system is practicing the green concept of "energy conservation and efficiency enhancement, leading with innovation" with technological strength, injecting green energy into industrial heating in large spaces, and promoting the industry towards a low-carbon future.