摘要
对深圳市福田站枢纽及深圳北站枢纽进行了冬季及夏季环境实测,得到枢纽内部环境质量现状。通过问卷调查的形式对枢纽内乘客的热感觉、热舒适等进行了调查,采用综合评价方法分析了当前环境质量存在的不足。结果显示:两枢纽内部综合环境较好,乘客热环境满意率在70%~80%之间;两枢纽内仍存在一定的环境营造问题,部分功能区有单项参数不满足相关规范要求;可以通过营造夏季从站外到站内空气温度逐渐降低的温度梯度环境、增设遮阳装置、合理组织人工照明和自然采光、在壁面增设消声材料等措施对枢纽内的物理环境进行优化。
Through the environmental measurement of Futian Station Hub and Shenzhen North Railway Station Hub in Shenzhen in winter and summer,the environmental quality status in the hubs is obtained.The thermal sensation and thermal comfort of passengers in the hubs are investigated in the form of questionnaires.The deficiency of current environmental quality is analysed by the comprehensive evaluation method.The results show that the comprehensive environment inside the two hubs is good,and the thermal environment satisfaction rate of the passengers is between 70%and 80%.There are still some environmental construction problems in the two hubs,and there are individual parameters in some functional areas that do not meet the requirements of the relevant specifications.The physical environment in the hubs can be optimized by creating a temperature gradient environment in which the air temperature decreases gradually from outside to inside the station in summer,adding sunshade devices,reasonably organizing artificial lighting and natural lighting,and adding anechoic materials on the wall.
作者
张笑海
董建锴
郝爽
赵建建
那艳玲
江崇旭
武世强
孙超
刘京
Zhang Xiaohai;Dong Jiankai;Hao Shuang;Zhao Jianjian;Na Yanling;Jiang Chongxu;Wu Shiqiang;Sun Chao;Liu Jing(Key Laboratory of Cold Region Urban and Rural Human Settlement Environment Science and Technology,Ministry of Industry and Information Technology,Harbin;Harbin Institute of Technology,Harbin;National Engineering Laboratory for Digital Construction and Evaluation of Urban Rail Transit,Tianjin;China Railway Design Corporation,Tianjin)
出处
《暖通空调》
2023年第11期156-163,共8页
Heating Ventilating & Air Conditioning
基金
中国铁路设计集团有限公司科技开发计划项目“地下大型公共交通枢纽内部环境保障关键技术研究”(编号:2019YY220304)。
关键词
地下交通枢纽
综合环境
现场测试
乘客舒适度
热环境满意率
综合评价
underground transportation hub
comprehensive environment
field test
passenger comfort
thermal environment satisfaction rate
comprehensive evaluation