一种新的能源互联网安全机制研究

Luo Yongmei, Wang Ying, Li Gen
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引用次数: 0

摘要

新能源的可持续开发利用是人类未来发展的基础。能源互联网是可再生能源高效、安全利用的核心基础设施,是重要的战略资源,是综合国力的体现。提出了一种基于可信平台模块(TPM)的安全机制。首先,从逻辑结构和网络拓扑结构两个方面对能源互联网的结构进行了分析。其次,将现有的能源互联网安全研究方法分为三类:安全需求驱动方法、安全模型驱动方法和系统理论方法。发现了孤立研究和缺乏整体解决方案的脆弱性。然后提出了新的安全机制,并提出了安全模型和消费层协议。最后进行了安全性分析。结果表明,该安全机制能够满足能源互联网的安全要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research of a new security mechanism on energy internet
The sustainable exploitation and utilization of new energy is the basis of future development of mankind. As the core infrastructure for the efficient and secure utilization of renewable energy sources, the energy internet is an important strategic resource and an embodiment of the comprehensive national strength. This paper presents a new security mechanism based on Trusted Platform Module (TPM). Fistly, the analysis of the structure of the energy internet is discribed from two aspects of logic structure and network topological structure. Sencondly the existing research methods of energy internet security are divided into three classes: security demand-driven method, security model-driven method and system-theoretic method. The vulnerability of isolated research and lack of integrated solution is found out. Then the new security mechanism is propossed and the security model along with the consuming layer protocol are put forward. Finally the security analysis is processed. The results show that the new security mechanism can satisfy the security requirements of energy internet.
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