摘要
以武汉天河机场T3航站楼空调系统设计为实例,阐述了项目设计中对毛细管空调系统采取的一系列优化措施。这些措施既能确保空调系统运行稳定、节能,又能有效防止毛细管系统供冷时发生结露。探讨了毛细管地板辐射系统在有无太阳直射情况下的供冷能力。实测结果表明,该项目室内热湿环境达到Ⅰ级。
Taking the air conditioning system design for terminal T3 of Wuhan Tianhe Airport as an example,a series of optimization measures for capillary air conditioning system in project design are expounded.These measures can not only ensure the stable operation and energy saving of the air conditioning system,but also effectively prevent condensation during the cooling of the capillary system.The cooling capacity of the capillary floor radiation system with or without direct sunlight is discussed.The measured results show that the indoor thermal and humid environment of the project reaches grade I.
作者
蒋诗宁
徐鸿
马友才
李斌
李玲玲
丛旭日
冯婷婷
Jiang Shining;Xu Hong;Ma Youcai;Li Bin;Li Lingling;Cong Xuri;Feng Tingting(Central-South Architectural Design Institute Co.,Ltd.,Wuhan;Jigao Construction Co.,Ltd.,Beijing)
出处
《暖通空调》
2022年第10期1-9,109,共10页
Heating Ventilating & Air Conditioning
关键词
毛细管
空调系统
地板辐射
航站楼
优化措施
供冷能力
实测研究
capillary
air conditioning system
floor radiation
terminal
optimization measure
cooling capacity
field study
