首页期刊在线 2023年（第26卷）第2期

城市轨道交通全自动运行线路核心系统工程投资影响因素

陈光宇李江莉

Influencing Factors of Urban Rail Transit FAO Line Core System Engineering Investment

CHEN GuangyuLI Jiangli

作者信息:

上海申通轨道交通研究咨询有限公司， 200070，上海
Affiliation:

Shanghai Shentong Rail Transit Research & Consultancy Co., Ltd., 200070, Shanghai, China
关键词:

城市轨道交通;全自动运行线路;核心系统;工程投资;影响因素
Key words:

urban rail transit;FAO line;core system;project investment;influencing factor
DOI:

10.16037/j.1007-869x.2023.02.006
中图分类号/CLCN:

F530.7
栏目/Col:

研究报告

摘要:

直接影响城市轨道交通FAO(全自动运行)线路运营安全与效率的关键在于其核心系统。从定义需求角度出发，科学合理地制定FAO核心系统的投资计划是新线建设面临的重点问题。通过对比分析哈尔滨地铁2号线、南京地铁7号线、南宁轨道交通5号线、福州地铁4号线、徐州轨道交通6号线等GOA4（无人干预列车运行）级FAO核心系统的概算，从系统、安全等需求出发，提出影响FAO核心系统投资的关键技术因素。通过分析发现， FAO核心系统建设的目标和定位以及运营需求将直接影响工程投资的高低，宜选择满足运营需求的最基本、最必要、最关键的FAO核心系统。

Abstracts:

The direct influence on urban rail transit FAO (fully automatic operation) line operation safety and efficiency is mainly from its core system. From the standing point of defining requirements, to formulate FAO core system investment plan scientifically and reasonably is the main issue faced by new line construction. Through comparative analysis of the estimates of Harbin Metro Line 2, Nanjing Metro Line 7, Nanning Metro Line 5, Fuzhou Metro Line 4, Xuzhou Rail Transit Line 6, and other GOA4 grade FAO core systems, the key technical factors influencing FAO core system investment is proposed considering requirements such as system and safety. It is discovered that the goal, positioning and operation requirements of FAO core system construction will directly affect the project investment amount. It is optimal to choose the FAO core system that is both meeting the operation requirements and the most basic, the most necessary, the most crucial.