摘要
为了全面提升接触网智能运营维护(简称:运维)能力,开展接触网智能自轮运维装备管理信息系统研究。文章从装备组成、作业流程等方面,剖析接触网智能自轮运维装备特点,构建该系统的总体架构、数据架构、技术架构与网络架构,介绍该系统的主要功能,以及数据空间构建、云边端协同、测评修一体化等关键技术。测试结果表明,该系统能够以模数一体的方式驱动接触网智能自轮运维装备车组开展维修作业,从节约人力、保障安全等多个方面实现了接触网智能运维能力的全面提升。
To comprehensively enhance the intelligent operation and maintenance capabilities of the catenary,this paper conducted research on the intelligent self-propelled operation and maintenance equipment management information system for the catenary,analyzed the characteristics of intelligent self-propelled operation and maintenance equipment for the catenary from the aspects of equipment composition and operation processes,constructed the overall architecture,data architecture,technical architecture,and network architecture of the system,introduced the main functions of the system,as well as key technologies such as data space construction,cloud edge collaboration,and integrated testing,evaluation,and maintenance.The test results show that the system can drive the intelligent self-propelled operation and maintenance equipment of the catenary to carry out maintenance operations in a modular integrated manner,implement comprehensive improvement in the intelligent operation and maintenance capabilities of the catenary from multiple aspects such as saving manpower and ensuring safety.
作者
赵耀
张妍君
ZHAO Yao;ZHANG Yanjun(Electrification&Telegraphy Engineering Design Research Department,China Railway Design Corporation,Tianjin 300308,China)
出处
《铁路计算机应用》
2025年第6期17-24,共8页
Railway Computer Application
基金
国家重点研发计划项目(2023YFB4302001)
中国铁路设计集团有限公司科技开发课题项目(2023A0251207)。
关键词
智能铁路
智能维修
智能装备
数字孪生
信息系统
接触网
intelligent railway
intelligent maintenance
intelligent equipment
digital twin
information system
catenary
