摘要
针对智能电网建设对信息处理等方面要求的不断提升,提出引入具有强大计算和存储能力的云计算技术,旨在克服传统电网信息平台在计算和分析等方面的不足。在阐述智能电网与云计算主要特征的基础上,论述了智能电网应用中构建云计算架构的可行性,提出了架构的结构组成,并阐述了各部分的主要功能实现。分析表明,该架构能够有效实现智能电网信息处理与应用系统的融合互动,以及能量、信息与业务流的高度一体化,为智能电网建设提供支撑。
With the increasing demands of information processing in the construction of smart grid, this paper presents the introduction of cloud computing technology with a strong computation and storage ability, which aims at overcoming the drawbacks of traditional power grid information platform in terms of computation and analysis. Based on the description on the main characteristics of smart grid and cloud computing, this paper discusses the feasibility of application of cloud computing architecture into smart grid applications, and proposes its compositions and describes main functions of each component. Results show that this architecture can effectively implement amalgamation and interoperability between information process and application system, as well as the high integration of the power energy, information stream and business flow in smart grid, which can offer support for the construction of smart grid.
出处
《电力信息与通信技术》
2014年第1期1-6,共6页
Electric Power Information and Communication Technology
基金
中国博士后基金第52批面上资助项目(2012M521837)
关键词
智能电网
信息技术
云计算
架构
smart grid
information technology
cloud computing
architecture
