摘要
通过智能化技术对牵引变电系统进行升级改造,能够保障铁路运输更高效,然而随着智能牵引变电系统的不断发展,智能化系统的复杂性和高度自动化带来了诸多潜在的安全风险和威胁,本文探讨了智能牵引变电系统的安全挑战,基于网络安全与物理安全提出技术解决方案,通过对系统各部分进行系统设置,并配备不同检测技术来保障智能化系统安全运行,并提供多种安全评估与验证技术确保系统能够在面对各种安全挑战时保持高度的安全性和可靠性,为进一步实现智能铁路牵引变电安全提供新的思路。
As the railroad traction substation system is upgraded through intelligent technology,it can ensure more efficient railroad transportation,however,with the continuous development of intelligent traction substation system,the complexity and high degree of automation of intelligent system brings many potential security risks and threats,this paper discusses the security challenges of intelligent traction substation system,proposes technical solutions based on network security and physical security,through the systematic setting of each part of the system and equipped with different detection techniques to ensure the safe operation of intelligent system,and provides various security assessment and verification techniques to ensure that the system can maintain a high level of security and reliability in the face of various security challenges.This paper discusses the security challenges of intelligent traction power substation systems,proposes technical solutions based on cyber security and physical security,ensures the safe operation of intelligent systems by systematically setting up each part of the system and equipping it with different detection technologies,and provides various security evaluation and verification techniques to ensure that the system can maintain a high level of security and reliability in the face of various security challenges,providing new ideas for further realizing the security of intelligent railroad traction power substations.
作者
周昌松
王帅
徐博远
石远政
Zhou Changsong;Wang Shuai;Xu Boyuan;Shi Yuanzheng
出处
《变频器世界》
2023年第9期94-97,共4页
The World of Inverters
基金
教育部高铁安全协同创新中心暨江苏省高铁安全工程技术研究开发中心开放基金项目(GTAQ2021003)。
关键词
铁路牵引变电
智能化系统
检测技术
安全评估与验证
Railroad traction power substation
Intelligent system
Testing technology
Safety assessment and verification