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Security threats and possible safeguard mechanisms under IEC 61850 environment

机译:IEC 61850环境下的安全威胁和可能的保障机制

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Smartgrids can operate with better efficiency and productivity thanks to advanced information exchanges. With this capability, power systems can operate in new ways that have not been possible earlier. This may show itself as using novel techniques such as smart electric vehicle charging solutions or operating systems with smaller margins. This requires a fully connected power system where equipment at different locations, domains and layers need to interact with each other. Despite its benefits, such connectivity comes at a huge price: cybersecurity vulnerabilities. Traditionally, power systems only used very limited communication in closed networks. Therefore, cybersecurity solutions have not been used before. To address these issues, recently, there have been efforts to identify and mitigate such threats. This paper presents security threats that are present for communication solutions based on popular IEC 61850 standard and its extensions. It also presents recent efforts to develop safeguard mechanisms in line with IEC 62351 security standard.
机译:由于先进的信息交换,SmartGrids可以以更好的效率和生产力运行。通过这种能力,电力系统可以以前面不可能的新方式操作。这可能表现为使用诸如智能电动车辆充电解决方案或具有较小边缘的操作系统的新颖技术。这需要一个完全连接的电源系统,其中不同位置,域和层的设备需要彼此交互。尽管有其好处,但这种连接率为巨大的价格:网络安全漏洞。传统上,电力系统仅在封闭网络中使用了非常有限的通信。因此,以前没有使用网络安全解决方案。为了解决这些问题,最近,已经努力识别和减轻这种威胁。本文提出了基于流行IEC 61850标准及其扩展的通信解决方案存在的安全威胁。它还介绍了符合IEC 62351安全标准的保障机制的最新努力。

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