面向智能电网的一种新型可信可控网络体系架构

A New Trustworthy and Controllable Network Architecture for Smart Grid

智能电网中信息传输和通信调控的网络攻击在影响智能电网正常运行的同时,也会导致物理设备受到破坏并威胁其附近居民的生命财产安全。针对此问题,提出了一种新型可信可控网络体系架构,创建身份标签与位置标签,提出标签分离、聚类映射网络理论模型,实现身份信息与位置信息分离,研究一套全新的信息网络工作机理、原理以及协议体系,为智能电网高效、可靠和稳定运行奠定技术基础。实验结果表明,所设计网络体系架构对智能电网具有较好的支持,满足其安全可靠、可控可管的需求。

Network attack at information transmission and communication dispatching in the smart grid can affect the normal operation of the smart grid,and it will also cause physical equipment to be damaged and threaten the lives and property of residents nearby. In view of this problem, a new trustworthy and controllable network architecture is proposed. Access identifier and routing identifier are used to achieve the separation of identity information from location information. Based on identification separation and aggregation mapping technology, a new set of information network working mechanism, principles and protocol system is introduced, which lays the technical foundation for the efficient, reliable and stable operation of the smart grid. Experimental results show that the benefits of the approach can better support the smart grid to meet its safe, reliable and controllable demand.