基于毛细管型辐射供暖与供冷系统影响因素的研究

Reaserch of Influence Factor Based on Capillary Radiation Heating and Cooling System

随着建筑节能的推广和人们对室内生活舒适性要求的提高,采用一种更先进、更节能的室内空气调节系统就显得日趋重要。毛细管型辐射供暖与供冷系统因具有舒适度高、节能效果显著、节省建筑空间等的优点逐渐被广泛采用。对以毛细管为末端的毛细管型辐射供暖与供冷系统布置形式作了介绍,分析了该系统的组成及优点。以辐射供冷为例,探讨了辐射冷系统的末端——毛细管席供冷量的影响因素。

With the promoting of building energy saving and the improving requirement to indoor thermal comfort, to use a more advanced, more energy saving of indoor air conditioning system is becoming more and more important. Because of the advantages that high comfort, remarkable energy saving and save the architectural space which the capillary radiation air-conditioning system has, it has been widely used. Arrangement of Capillary radiation air conditioning system is introduced in this paper, and the composition and the advantages of the system. Influence factor of cooling capacity of terminal capillary is discussed.