New Paradigm for Heating in High Ceilings: How Does ECOPAN Hot Water Radiant Panel Achieve High Efficiency and Energy Saving?-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

New Paradigm for Heating in High Ceilings: How Does ECOPAN Hot Water Radiant Panel Achieve High Efficiency and Energy Saving?

time：2025-05-30
hits：54次
source：正弘奥能

Against the backdrop of the escalating heating demands in modern architecture, the Yikepan hot water radiant panel, with its unique technological advantages, has emerged as the ideal choice for heating large-space buildings. Compared with traditional heating methods, the Yikepan hot water radiant panel operates on the principle of infrared radiation, allowing heat to penetrate the air directly to the target area, thus avoiding heat loss and temperature imbalance caused by air convection. It ensures uniform indoor temperature distribution with a minimal temperature gradient, reducing ineffective heat loss by over 30% and completely solving the common problem of vertical temperature field imbalance in convective heating. Additionally, as it does not generate convective air during operation, it can effectively suppress the dust-raising phenomenon in industrial plants, significantly improving the hygiene conditions of the heating space. It also increases the indoor heating speed by 20%, provides uniform heat distribution, and offers a comfortable and gentle thermal sensation.&nbsp;


	 


	<img src="https://www.leadwaypower.com/Uploads/image/20250530/20250530094207_37644.png" alt="" /> 


	 


	ECOPAN hot water radiant panel is highly flexible and practical in product design. It offers 22 different modules, each of which is available in both welded pipe and seamless pipe materials, greatly expanding the range of design options for planners and precisely meeting the needs of various engineering projects. The radiant panels are composed of standard modules of 4 meters and/or 6 meters, which can be quickly combined into different lengths through welding or crimping techniques. This not only makes installation convenient but also significantly reduces labor costs and shortens the construction period.&nbsp;


	 


	In terms of dealing with thermal shock, ECOPAN hot water radiant panel demonstrates outstanding technological innovation. By developing 2-meter-long metal plate modules, the 4-meter modules are split into two plates and the 6-meter modules into three plates. When the 2-meter plates are placed side by side, they ingeniously form expansion joints, and the welding points are precisely located in the middle of each 2-meter plate, strictly controlling the expansion on both sides within 1mm. This fundamentally eliminates the risk of deformation of the radiant panel due to thermal expansion and contraction, ensuring the long-term stable operation of the system.&nbsp;


	 


	The directional operation mode of ECOPAN hot water radiant panel system is another highlight. The pipes, as the core heating area, are completely bent downward, with 70% of the surface tightly wrapped by metal plates, protruding completely below the plates. This design significantly reduces convective heat dissipation and enhances radiation efficiency, enabling the system to reach the required temperature in a short time without the need for prolonged preheating. Through actual measurement, under the same dimensional characteristics, such as pipe diameter, quantity, spacing, and panel width, the thermal energy efficiency of ECOPAN hot water radiant panel is 15% to 20% higher than that of other similar products on the market. This means that fewer radiant panels can meet the same thermal energy efficiency requirements, effectively reducing energy consumption and operating costs.&nbsp;


	 

Whether it is industrial plants, large warehouses, or aircraft hangars and other high-space buildings, ECOPAN hot water radiant panel can provide users with the best heating solution with its efficient, energy-saving and stable performance, helping buildings achieve the dual goals of comfort and energy conservation. Please provide the text you would like translated.