智慧轨道交通2024,Vol.61Issue(1) :74-79.DOI:10.3969/j.issn.2097-0366.2024.01.014

芜湖跨座式单轨无人驾驶系统运营方案研究

Study on the Operation Program of the Straddling Monorail Driverless System of Wuhu

郑磊
智慧轨道交通2024,Vol.61Issue(1) :74-79.DOI:10.3969/j.issn.2097-0366.2024.01.014

芜湖跨座式单轨无人驾驶系统运营方案研究

Study on the Operation Program of the Straddling Monorail Driverless System of Wuhu

郑磊1
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作者信息

  • 1. 芜湖市运达轨道交通建设运营有限公司,安徽 芜湖 300071
  • 折叠

摘要

跨座式单轨系统作为独特的轨道交通方式,在许多城市得到应用,无人驾驶系统作为避免人为操作失误的有效措施,将有效提高跨座式单轨系统的运营效率.全自动无人驾驶系统支持按照全自动无人驾驶系统(GoA4级)和有人值守的全自动驾驶系统(DTO)的运营.在运营筹备期需要对包括运营范围、系统功能分析、运行策划、运营及维修组织等进行分析并做出规定,对系统运营方案进行策划设计并符合国标要求.本文以芜湖轨道交通1号线、2号线一期工程为例进行研究,为运营单位的管理模式设计优化提供参考,并为轨道交通线路正式开通所需要形成合理的生产组织和组织流程做出研究方案,确保跨座式单轨全自动运行线路的安全运营.本文的研究有利于跨座式单轨无人驾驶系统的推广和发展.

Abstract

The straddling monorail system is a particular rail transit mode applied in many cities.As an effective measure to avoid human operation errors,the driverless system will effectively improve the operation efficiency of the straddling monorail system.The full automatic driverless system can support the operation with both full automatic driverless system(class GoA4)and manned full automatic driving system(DTO).During the operation preparation period,it's necessary to analyze and define the scope of operation,the functions of system,the operation planning,the operation and maintenance organization and to plan and design the operation program of system in accordance with national standards.This article takes Wuhu Rail Transit Line 1 and Line 2(Phase I)for example,provides a reference for the design optimization of management mode of the operator and works out an reasonable program of production organization and organizational flow for the formal opening of the rail transit lines to ensure the safe operation of the full automatic straddling monorail lines.The study in this article is beneficial to the promotion and the development of the straddling monorail driverless system.

关键词

跨座式单轨交通/无人驾驶系统/运营系统设计/运营筹备期/运营组织方案

Key words

straddling monorail transit/driverless system/operation system design/operation preparation period/operation organization program

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出版年

2024
智慧轨道交通
青岛四方车辆研究所有限公司

智慧轨道交通

影响因子:0.173
ISSN:2097-0366
参考文献量12
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