A hot water radiation panel is a heating device installed on the ceiling of a building that provides heat through infrared radiation. Its essence is heat radiation technology. The hot water radiation heating method overcomes the long-standing energy consumption problems in China's heating system from the design concept and material selection, and can help reduce heating energy consumption. Therefore, the hot water radiation heating method is particularly suitable for replacing old, inefficient, and generally poorly performing convection heating methods.
In the process of hot water circulation, the air temperature in the building is lower than the temperature of objects in the infrared radiation area (usually 2-3 degrees lower), thus reducing air stratification and convection effects. The heat energy utilization rate of the heating system is high, making it an ideal energy-saving heating method for high-rise buildings. Due to its very small thermal inertia, hot water radiation panels are particularly suitable as a heating method for industrial halls, offices, gymnasiums, stores, supermarkets, etc. in high-rise spaces.
ECOPAN heating radiant panel promoted and sold by Beijing Leadway Power Co., Ltd. adopts an innovative design concept, with the pipes serving as the warmest part of the panel, facing downwards, and wrapped by a metal plate on its surface for more than 70% (the wrapping angle exceeds 280°), greatly increasing the heat transfer area and ensuring that heat is transmitted from the pipe to the panel. Under the same size characteristics (pipe diameter, number, and spacing, panel width), ECOPAN heating radiant panel has a higher thermal efficiency than other products on the market. At the same time, ECOPAN heating radiant panel has a longer service life, especially with lower maintenance costs.
Choosing ECOPAN hot water radiant pan heating also means creating a warm and comfortable working environment that is quiet. Workers feel warm and comfortable in any area, even in areas with high levels of work-related dust, which greatly improves indoor air quality. Additionally, since there are no electrical devices, energy is delivered through hot water, which means there is no risk of explosions or fires, and people feel safe from the depths of their hearts, bringing good economic and social benefits.