电力系统网络通信的网络威胁分析及对策建议

Il Hwan Ji, Seungho Jeon, Jung-Taek Seo
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摘要

能源管理系统(EMS)与发电厂和变电站进行通信,监控输变电系统的变电站和电厂运行状态,保证供电的稳定性、连续性、实时性和经济性,对发电厂和变电站进行控制。目前,电力交换EMS与电厂、变电站之间的通信基于基于串行通信的分布式网络协议DNP (Distributed Network Protocol) 3.0。但是,随着可再生能源发电设施等新型通信设施的不断增加,出现了串行通信设备供需困难、串口和调制解调器安装空间不足等问题。因此,本文提出了一种基于TCP/ ip的通信方式来代替现有的电源交换EMS的串行通信方式,并对通信方式的改变可能产生的安全风险进行了分析,提出了安全风险的应对措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cyber Threat Analysis on Network Communication in Power System and Countermeasures Suggestions
The Energy Management System (EMS) communicates with power plants and substations, monitors the substations and plant operational status of the transmission and substation system for stability, continuity, real-time, and economy of power supply, and controls power plants and substations. Currently, the power exchange EMS communicates with power plants and substations based on the serial communication-based Distributed Network Protocol (DNP) 3.0 protocol. However, problems such as the difficulty of supply and demand of serial communication equipment and the lack of installation space for serial ports and modems are raised due to the continuous increase in new facilities to perform communication, including renewable power generation facilities. Therefore, this paper presents a TCP/IP-based communication method instead of the existing serial communication method of the power exchange EMS, and presents a security risk analysis that may occur due to changes in the communication method and a countermeasure to the security risk.
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