摘要
智能电网的互操作是一系列电力设备和系统通过标准接口进行安全、无缝、透明的信息交换和数据共享。美国电网智能化架构委员会(GWAC)提倡将能力成熟度模型的概念应用到智能电网的互操作中,并起草了一个智能电网的互操作成熟度模型,该模型已在各类工程项目验证的阶段。对智能电网互操作成熟度模型的意义和目标及评估流程进行了阐述,并讨论了与其他成熟度模型的区别以及一些关于从智能电网互操作成熟度模型的试验当中得出的结论,并提出了改进建议。首先对智能电网互操作性需求进行了分析,阐述了智能电网互操作成熟度模型的主要特点,介绍了GWAC工作组在推进互操作成熟度模型(IMM)方面的工作,并对智能电网互操作成熟度的评估和分析流程进行了研究和探讨。该模型将有效帮助智能电网规划的制定者从战略和战术的维度总体考虑智能电网的互操作性。
Smart grid interoperability is a kind of ability that a set of electrical equipments and systems exchange and share information safely, seamlessly and transparently with standard interface. The Grid Wise Architecture Council(GWAC) sponsors using concepts from capability maturity models in the software industry to smart grid interoperability and has been drafted an interoperability maturity model which is being in the project verification stage. The interoperability requirements of the smart grid and the work of the GWAC working group to promote interoperability maturity model(IMM) were analyzed. The evaluation and analysis of the maturity of the smart grid interoperability were studied and discussed. It would effectively help the development of smart grid planning from the dimensions of strategy and tactics to consider the interoperability of smart grid.
出处
《电信科学》
北大核心
2015年第S1期239-242,共4页
Telecommunications Science
基金
国家电网公司2015科技项目(No.SGRIXTKJ[2015]241)~~
关键词
智能电网
互操作
成熟度模型
互操作性框架
smart grid
interoperability
maturity model
interoperability context-setting framework
