Unified Information Models in Support of Location Transparency for Future Utility Applications

O. Preiss, T. Kostic
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引用次数: 24

Abstract

For future scenarios of power system operations, like the self healing grid vision, system and communications architecture are key. Applications will require unlimited access to a large variety of information and to a large amount of information. One important architectural feature is location transparency of its applications. The latter should be designed as components that can be run at any location where processing power is sufficient and the relevant data available. Key to location transparency is the agreement on a data model comprehensive enough to endure the foreseeable time to come. In order to safeguard current development investments, applications must already now be designed with such features in mind. This paper discusses how the data models of the IEC 61970 and IEC 61850, when integrated, can be used as a start towards such a uniform information model. However, inconsistencies and gaps justify a concerted effort in further extending such a basis.
支持未来公用事业应用位置透明性的统一信息模型
对于电力系统运行的未来场景,如自愈电网愿景,系统和通信架构是关键。应用程序将需要无限制地访问各种各样的信息和大量的信息。一个重要的建筑特征是其应用程序的位置透明性。后者应该被设计成可以在处理能力足够和相关数据可用的任何位置运行的组件。位置透明度的关键是在数据模型上达成足够全面的协议,以承受可预见的时间。为了保护当前的开发投资,现在必须在设计应用程序时考虑到这些特性。本文讨论了如何将IEC 61970和IEC 61850的数据模型集成起来,作为实现统一信息模型的起点。然而,由于不一致和差距,有理由共同努力进一步扩大这种基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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