摘要
在以地铁为代表的传统城市轨道交通工程中,通常分别设置综合监控(ISCS)系统和环境与设备监控(BAS)系统,并由ISCS集成的BAS实现其车站级、中心级功能,然而,这种方案需要单独配置综合监控系统设备用电、用房,对站房和电力等资源要求较高。在芜湖市跨座式轨道交通1号线、2号线一期工程中,为解决轻型跨座式单轨工程站房面积小,用房紧张对设备系统专业带来的制约,建设一个以BAS为核心的小综合监控系统,通过减少对不必要设备及与通信系统电源的整合,来实现传统城市轨道交通工程中ISCS大部分功能,并有效降低系统对空间、网络、电力、环境等条件的要求。再配合各弱电专业在用房上的进行整合设置,最终使车站设备用房面积减少55%,整合了综合监控系统与通信系统的UPS设置,机电设备的监控点位总数降低85%~95%。
In the traditional urban rail transit projects,such as the subway,the Integrated Supervision and Control System(ISCS)system and the Building Automation System(BAS)system are usually set up respectively.The BAS is integrated into the ISCS in order to realize their station-level and center-level functions.However,this solution requires a separate configuration of ISCS equipment for electricity and housing,which requires more resources such as station building room and electricity.During the construction of the line 1 and line 2 of Wuhu straddle-type rail transit,in order to solve the constraints on the equipment system specialty caused by the small area of the light straddle-type monorail project and the shortage of space,a small ISCS with BAS as the core was built.By reducing the monitoring of unnecessary equipment and integrating it with the power supply of the communication system,most of the functions of ISCS in traditional urban rail transit projects were realized.In addition,it effectively reduced the system’s requirements for space,network,power,environment,and other conditions.Combined with the integration and setting of various weak current majors in the building,the area of the station equipment room was reduced by 55%.By integrating the UPS settings of the ISCS and the communication system,the total number of monitoring points for electromechanical equipment was reduced by 85%to 95%.
作者
王国霖
Wang Guolin(China Railway Engineering Design and Consulting Group Co.,Ltd.,Beijing 100055,China)
出处
《铁道勘察》
2022年第5期114-119,共6页
Railway Investigation and Surveying
基金
中铁工程设计咨询集团有限公司科技开发计划课题(产品-研2019-2-6)
关键词
跨座式单轨
轻量型
综合监控系统
设备监控系统
轻量化
straddle monorail
lightweight
integrated supervision&control system
building automatic system
trend of lightweight
