摘要
文章以寒冷地区石家庄市多层居住建筑顶层(采暖最不利楼层)带封闭阳台间住户为研究对象,应用实地测试的方法对其室内热环境进行了研究,测试周期为7天,数据采集间隔为1分钟。研究结果表明,南侧阳台能够作为热缓冲空间,起到蓄积太阳能节能的作用,北侧阳台(厨房)具有低温高湿的不利热环境特点。该研究定量解析了寒冷地区典型居住建筑室内热环境特点,为新型冠状病毒疫情下居民居家防疫提供宜居的室内热环境。
In this paper, the indoor thermal environment of residents with closed balconies on the top floor(the most unfavorable floor for heating) of multi-storey residential buildings in Shijiazhuang city in cold areas is studied by field testing. The testing period is 7 days and the data acquisition interval is 1 minute. The results show that the balcony on the south side can be used as a thermal buffer space, which can store solar energy and save energy. The balcony(kitchen) on the north side has the unfavorable thermal environment characteristics of low temperature and high humidity. The study quantitatively analyzed the indoor thermal environment characteristics of typical residential buildings in cold regions, and provided a healthy, comfortable and livable building carrier for effectively fighting against COVID-19.
作者
岳黎平
叶凯威
甄蒙
Yue Liping;Ye Kaiwei;Zhen Meng
出处
《建筑与文化》
2020年第8期191-192,共2页
Architecture & Culture
基金
国家自然科学基金青年基金(项目编号:51808440)
陕西省自然科学基础研究计划一般项目(青年)(项目编号:2019JQ-595)。
