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For high-space heating solutions, Ecopan hot water radiant panels are suitable for multiple application scenarios

time：2025-05-26
hits：278次
source：正弘奧能

In high-space industrial scenarios, traditional heating methods often result in serious heat waste due to the high space and the upward movement of hot air currents. Ceiling-mounted hot water radiant panels have broken this predicament and become the new favorite for industrial heating with their unique advantages. The top-mounted hot water radiant panel is installed on the top surface as the core. It releases far-infrared radiant heat through hot water circulation. The heat is evenly distributed from top to bottom, avoiding the dust problem caused by direct hot air blowing and effectively solving the problem of large vertical temperature differences in the space. 
 

	The ceiling-mounted hot water radiant panel heating method bids farewell to the traditional hot air convection drawback of "hot at the top and cold at the bottom". It penetrates from top to bottom like the warm winter sun, precisely covering the ground operation area. This ensures that the temperature fluctuation in the core working area below 3 meters in high Spaces does not exceed ±2℃. It is suitable for production scenarios with extremely high cleanliness requirements such as food processing and precision manufacturing. At the same time, The heating system is perfectly integrated with the building's top, freeing up valuable ground space and leaving ample room for the operation of heavy machinery and automated logistics channels. Compared with traditional convective heating, the comprehensive energy efficiency of hot water radiant panels is improved by more than 30% to 50%, reducing carbon emissions while significantly lowering operating costs. Whether it is a mechanical processing workshop or a warehousing and logistics center, ceiling-mounted hot water radiant panels can provide high-quality solutions for industrial heating in large Spaces with their efficient, energy-saving and stable heating performance.


	 


	<img src="http://www.hzhonghua.com/Uploads/image/20250526/20250526134715_54517.jpg" alt="" /> 

 
ECOPAN hot water radiant panel system operates in a directional manner, directly transferring heat to the areas where people are located. The pipe is the warmest part of the panel, completely bending downward, with 70% of its surface wrapped in a metal plate. The pipe protrudes completely beneath the metal plate, thereby reducing strong convective flow and increasing radiant heat. Special attention was paid to the expansion between the pipe and the plate, and a quick installation solution was provided. ECOPAN hot water radiant panels are installed in a modular way. The radiant panels can be connected by quick couplings or welding, which greatly ensures the flexibility of installation. When the pipe connection is completed, insert a decorative cover plate between the plates. The decorative cover plate is fixed with fixing clips, thereby shortening the installation time. 
 
ECOPAN hot water radiant panels, with their outstanding performance, have become the ideal heating choice for various high-space buildings. In industrial halls and warehouses, when faced with high ceilings that often reach several meters or even tens of meters, ECOPAN hot water radiant panels provide radiant heating through the top surface, effectively overcoming the problem of heat easily rising in traditional convective heating. This ensures a stable temperature in the ground operation area, creating a suitable environment for equipment operation and goods storage. While guaranteeing a comfortable working temperature for workers, It does not affect the conduct of various operations such as vehicle maintenance. In airport hangars, ECOPAN hot water radiant panels can be flexibly customized with installation plans based on the vast space of the hangar, covering a large area with uniform heat radiation. Even in extremely cold weather, it can ensure that aircraft maintenance work is not disturbed by low temperatures. In the gymnasium, its quiet and noise-free heating method will not affect the athletes' competitive state or the audience's viewing experience. At the same time, it avoids the dust problem caused by hot air convection and keeps the air inside the venue clean.