基于能源互联的电力物联网可靠传输与应用安全架构研究

Zehui Liu, Rui Li, D. Ma, Weizhe Jing, Min Guo, Weixing Gao, Yun Ju
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引用次数: 0

摘要

电力物联网是电力能源互联网数字化创新服务的重要支撑,涵盖了电力系统的方方面面。电力物联网安全防御系统由于采用传统的隔离手段,在传输过程中可能存在客户数据信息泄露的问题。本文提出了一种基于能源互联的电力智能物联网可靠传输与应用安全架构,旨在解决电力系统存在的可靠传输与安全认证问题。本文首先分析了电网智能物联网系统的安全风险,提出了一种有效的电力物联网安全传输方案,并对电网智能物联网系统的安全可靠传输进行了评估。然后设计了一种安全可靠的电网传输智能物联网系统,以解决传统电网传输安全和通信安全问题。最终的应用是在山西电力公司智慧园区安全传输平台的建设中,通过各层的态势感知安全措施,在电力物联网中提供相应的安全防护能力,实现源网负载存储等环节在电力物联网环境下的可靠传输和安全应用。
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Research on reliable transmission and application security architecture of power IoT based on energy interconnection
Power Internet of Things (IoT) is an important support for digital innovation service of power energy internet, covering all aspects of power system. Power IoT security defense system may have customer data information leakage during transmission because of the use of traditional means of isolation. This paper proposes a reliable transmission and application security architecture for power smart IoT based on energy interconnection, aiming to solve the reliable transmission and security authentication problems existing in power systems. The paper first analyzes the security risk of the grid wise IoT system, proposes an effective power IoT security transmission scheme, and evaluates the safe and reliable transmission of the grid wise IoT system. Then designed a safe and reliable transmission of the grid smart IoT system, to deal with the traditional power network transmission security and communication security problems. The final application is in the construction of the security transmission platform of the wisdom park of Shanxi Electric Power Company, which provides the corresponding security protection capability in the power IoT through the situational awareness security measures of each layer, and realizes the reliable transmission and security application of the source network load storage and other links in the power IoT environment.
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