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High efficiency, comfort, energy-efficient method for large-space buildings - ceiling radiant panel

time：2024-10-25
hits：1081次
source：正弘奧能

With the continuous development of the industrial field, industrial single-building scale is large, and the arrangement of radiators is difficult. The traditional convection heating method is difficult to meet the design temperature requirements, and the phenomenon of "upper heat and lower cold" is serious, resulting in uneven temperature. In this heating environment, not only does it have an impact on production processes, but it also directly affects the quality of products. 
 

	Compared to convective heating systems, the impact of increasing ventilation on the performance of hot water radiant panels is less significant. Because the radiant component is not affected by air exchange, while convective systems must primarily raise air temperature to maintain comfortable conditions. Ceiling-mounted hot water radiant panels can achieve thermal comfort through appropriate air and average radiant temperature without excessive vertical air temperature differences, temperature asymmetry, or excessive air flow. The radiant panels directly transfer heat to surfaces and objects (such as walls and floors) and then heat the air in the occupied space through secondary convection. 


	 
 


	<img src="http://m.daanda.com.cn/Uploads/image/20241025/20241025102503_63287.jpg" alt="" /> 
 

 
The suspended hot water radiation panel, during the hot water circulation process, converts the medium heat into various wavelengths of infrared radiation through its radiation surface and radiates it into the heating environment. It is then absorbed and stored by buildings, human bodies, equipment, etc., causing their temperature to rise and heating the surrounding air, making the environment warmer. The air temperature in the building is generally 2-3°C lower than the object temperature in the infrared radiation area, reducing the air stratification and convection effect, and the heat utilization rate of the heating system is high, with good comfort. 
 

	Additionally, ceiling-mounted hot water radiant panels operate without noise or air disturbance, avoiding the dust-raising phenomenon of air convection. This provides conditions for improving indoor air quality, making them particularly suitable for clean environments such as hospitals, rehabilitation centers, etc. Since radiant panels are installed on the ceiling or hung freely, the radiation energy is not significantly affected by the distance within the building, making them suitable for areas with high ceilings - such as public areas in office buildings, shopping malls, gymnasiums, and exhibition halls, etc. Even in industrial workshops with high levels of dust, workers will feel warm and comfortable. 


	 
 


	<img src="http://m.daanda.com.cn/Uploads/image/20241025/20241025102516_90140.jpg" alt="" /> 
 

 
ECOPAN hot water radiation panels promoted and sold by Beijing Leadway Power&nbsp;Co., Ltd. are made of metal tubes and plates, and are prefabricated in the factory into standard lengths of 3 meters, 6 meters (special requirements can be prefabricated at 2 meters and 4 meters). Each radiation panel can be connected with a quick connector. Each radiation panel and the collector pipe are prefabricated and tested for safety in the factory. Under the same size characteristics (tube diameter, number and spacing, panel width), ECOPAN hot water radiation panels have higher thermal energy efficiency than other products on the market. 
 
Because ECOPAN hot water radiation panels are usually installed on the ceiling, they do not occupy valuable floor and wall space, which allows for less restriction on pipe routing and installation, and maintenance is also convenient. They can be applied to various high-ceiling spaces such as industrial workshops, warehouses, gymnasiums, garages, stores, hangars, aircraft maintenance hangars, car showrooms, shipyards, offices, etc.

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High efficiency, comfort, energy-efficient method for large-space buildings - ceiling radiant panel