Data communications in a deregulated environment

M. Adamiak, W. Premerlani
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引用次数: 28

Abstract

The trend toward electric utility deregulation is moving full speed ahead throughout the world. As a result, the integration, consolidation, and dissemination of information both inter- and intra-utility has become a critical piece of the deregulation picture. Information traditionally used only within a given utility now becomes desired by many players. The general trend in the industry has been toward the use of the Internet for the transfer of data. The Electric Power Research Institute (EPRI) launched a concept in 1990 known as the Utility Communication Architecture (UCA). The goal behind UCA was to identify a suite of existing communication protocols that could be easily mixed and matched, provide the foundation for the functionality required to solve the utility enterprise communication issues, and be extensible for the future. UCA provides a network solution to the interconnection of data sources, similar to the Web solution used throughout the world to interconnect computers. At this time, the next generation of intelligent electronic devices (IEDs) based on UCA are coming to the market. These devices are focused on networking in the substation and are based on an MMS/Ethernet profile with one of two networking layers in between.
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解除管制环境下的数据通信
电力公司放松管制的趋势正在全世界全速前进。因此,公用事业之间和内部信息的整合、巩固和传播已成为放松管制图景的关键部分。传统上仅在给定实用程序中使用的信息现在成为许多参与者所需要的。业界的大趋势是使用互联网进行数据传输。电力研究所(EPRI)在1990年推出了一个概念,称为公用事业通信体系结构(UCA)。UCA背后的目标是确定一套现有的通信协议,这些协议可以很容易地混合和匹配,为解决公用事业企业通信问题所需的功能提供基础,并为未来提供可扩展。UCA为数据源的互连提供了一种网络解决方案,类似于全球用于计算机互连的Web解决方案。此时,基于UCA的下一代智能电子设备(ied)即将进入市场。这些设备主要用于变电站的联网,并基于MMS/以太网配置文件,中间有两个网络层之一。
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