用面向cim的集成和数据采集网关实现智能电网

J. P. C. M. Oliveira, Vagner Henrique de Souza, A. W. O. Rodrigues, Rejane Cavalcante Sá, P. Araújo
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引用次数: 2

摘要

近年来,电力工业已扩大其网络的自动化,以满足日益增长的服务改善需求。智能电网概念的引入、智能设备可用性的增加和电信技术的改进是实现这一目标的关键因素。除了这个概念在控制和管理方面带来的好处之外,由于遗留或多个供应商的设备(每个设备都有自己的标准)以及与监督和管理软件的互操作性,采用该概念还存在一些技术限制。然后,本文提出使用网关来实现使用不同通信协议的设备之间的互操作性,通过转换它们,将数据和控制集中在由公共信息模型(CIM)标准定义的数据库中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementing Smart Grid with a CIM-oriented integration and data acquisition gateway
Electric power industries have expanded the automation of their networks in recent years to meet the growing demands for improvements in services. The introduction of the concept of Smart Grid, the increased availability of smart devices and improvements in telecommunications are key factors for that. Besides the benefits in control and management that this concept brings, there are some technical restrictions for the adoption due to legacy or multiple vendor equipments, each one with its own standard, as well as interoperability with supervisory and management softwares. This paper, then, proposes the use of a gateway to enable interoperability between devices using different communication protocols by translating them, centering data and control in a database defined by the Common Information Model(CIM) standard.
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