摘要
以杭州市亚运三馆戏水池为例,通过理论计算出泳池房间湿负荷高达0.1 kg/(h·m^(2)),为常规办公环境的2.3倍,夜间泳池能耗损失为1.82 kW·h/m^(2)。为减少戏水池房间的湿负荷和夜间的能耗损失,研发了一款泳池自动保温保湿装置,实测结果显示,该装置可减少夜间戏水池71.1%的能耗损失,投资回报期约120 d,具有经济、高效节能及环保等优点。
Using the water play pools at the Hangzhou Asian Games Venues as a case study,the theoretical calculations indicate that the moisture load in swimming pool rooms reaches as high as 0.1 kg/(h·m^(2)),which is 2.3 times greater than that of a typical office environment.Additionally,the energy loss from the swimming pool during nighttime amounts to 1.82 kW·h/m^(2).An automatic insulation and moisture retention device for swimming pool has been developed to reduce the humidity load and the energy loss at night.Field measurements demonstrate that this system reduces nighttime energy loss by 71.1%,with an estimated investment payback period of approximately 120 days.The system offers significant advantages in terms of economic efficiency,operational effectiveness,energy conservation,and environmental sustainability.
作者
马明磊
阴光华
吴超
龚顺明
杨贺丞
黄超
张佳兴
MA Minglei;YIN Guanghua;WU Chao;GONG Shunming;YANG Hecheng;HUANG Chao;ZHANG Jiaxing(China Construction Eighth Engineering Division Co.,Ltd.,Shanghai 200122,China)
出处
《绿色建筑》
2025年第6期137-141,共5页
Green Building
基金
中建八局研发课题“既有公共建筑节能改造综合技术研究”(2024-4-16)。
关键词
泳池
热湿负荷
保温保湿装置
投资回报期
swimming pool
heat and moisture load
insulation and humidity retention device
payback period
