摘要
为了改善高校宿舍室内空气状况,在高校宿舍安装节能低碳的小型太阳能新风机,通过数值模拟法研究宿舍室内气流组织状况。结果显示:与自然通风相比,在适宜的环境气候、合理设计下,安装小型太阳能新风机可以提高室内风速及宿舍室内温度;与自然通风相比,安装小型太阳能新风机时,人体呼吸区舒适度提高,更加稳定。安装小型太阳能新风机能够很好地改善高校宿舍环境,提高室内空气质量。
In order to improve the indoor air condition of university dormitories, it is proposed to install small solar fresh air fans with energy-saving and low carbon in college dormitories. The indoor air distribution of dormitory is studied by numerical simulation. The result showed that compared with natural ventilation, adding small solar fresh air fan can improve indoor wind speed and indoor temperature of dormitory under the small solar fresh air fan with appropriate environment and climate and reasonable design. Compared with natural ventilation, when installing small solar fresh air fan, the comfort of human breathing area is improved and more stable. The installation of small solar fresh air fan can improve the environment of university dormitory and indoor air quality.
作者
刘旺
武晔秋
刘玥
马艺宸
LIU Wang;WU Ye-qiu;LIU Yue;MA Yi-chen
出处
《节能》
2023年第1期12-16,共5页
Energy Conservation
基金
山西省教育厅高等学校科技创新项目(项目编号:2019L0763)。
关键词
小型太阳能新风机
气流组织
数值模拟
高校宿舍
small solar fresh air fan
air distribution
numerical simulation
university dormitory
