铁路接触网作业车运行优化策略探讨

Discussion on the Operation Optimization Strategy of Railway Catenary Maintenance Vehicles

摘要

随着我国铁路网络持续完善与运营速度提升，接触网作为供电核心设施，其运维保障直接关乎铁路运输安全。接触网稳定 运行是铁路运输畅通的核心前提，作业车作为运维核心载体，其运行质量直接影响运维成效。近年来我国铁路事业快速发 展，对作业车运行的安全性、高效性、经济性提出更高要求。但现有运行体系存在诸多亟待解决的问题，成为运维水平提 升的瓶颈。本文立足作业车运行实际痛点，系统梳理多维度核心问题，针对性提出系列优化策略，旨在为提升作业车运行 效能、筑牢铁路运输安全防线提供理论与实践支撑。

Abstract

With the continuous improvement of China’s railway network and the increase in operational speeds, the catenary, as a core power supply facility, directly affects railway transportation safety through its operation and maintenance. The stable operation of the catenary is a key prerequisite for smooth railway transportation, and work vehicles, as the core carriers for maintenance, have their operational quality directly influencing maintenance effectiveness. In recent years, with the rapid development of China’s railway industry, there have been higher requirements for the safety, efficiency, and economy of work vehicle operations. However, the existing operational system has many pressing issues that need to be addressed, becoming a bottleneck for improving maintenance standards. This paper focuses on the practical challenges in work vehicle operations, systematically reviews multidimensional core problems, and proposes a series of targeted optimization strategies, aiming to provide theoretical and practical support for enhancing the efficiency of work vehicle operations and strengthening the safety of railway transportation.

关键词

铁路 / 接触网 / 作业车

Key words

Railway / Catenary / Maintenance vehicle

参考文献

[1] 关海龙. 浅谈铁路供电系统接触网作业车的运用安全管理[J]. 湖北应急管理, 2025,(22):31-33.

[2] 王荣新. 铁路接触网作业车双蓄电池电源电路的改进[J]. 上海电气技术, 2025, 18(02):39-43.

[3] 王荣新. 提升铁路供电接触网作业车节能及安全的策略与实现[J]. 铁路节能环保与安全卫生, 2023, 13(04):32-36.

[4] 韩超, 周明, 马浩, 等. 高速铁路接触网腕臂抓取装置及运输作业车方案设计[J]. 铁道建筑技术, 2023,(06):21-23.

[5] 钟永红. 铁路接触网作业车运行优化研究[J]. 中国新技术新产品, 2022,(23):51-53.