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引用次数: 0

摘要

魁北克水电公司正在更新其SCADA/EMS系统。这项工作的一部分涉及将执行各种应用的现有外部系统(如状态估计、功率流和稳定极限计算)连接到新的SCADA/EMS。这些系统运行在各种平台和操作系统上。它们要么是内部开发的,要么是由不同的供应商开发的。1995年开始时,接口子项目的主要目标是尽量减少对现有系统的修改和对新的SCADA/EMS的定制。它试图找到标准的接口组件:协议、交换格式、数据字典等。当时,ICCP等标准和CIM等模型还不成熟。应用程序和通信级别的内部协议是最好的。这种协议是根据IDEC协议的原则与供应商共同定义的。本文介绍了我们开发内部解决方案的决定和我们最初的目标所遇到的挑战。本文从协议、数据格式和数据建模方面描述了这些挑战。它讨论了我们所学到的教训,以及我们将采取的不同做法,特别是在标准开发方面。
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Lessons learned: interfacing existing external systems to new EMS
Hydro-Quebec is in the process of renewing its SCADA/EMS. Part of this work involves interfacing existing external systems that perform various applications such as state estimation, power flow and stability limit calculations to the new SCADA/EMS. These systems run on various platforms and operating systems. They were developed in-house or by different vendors. When initiated, in 1995, the primary goal of the interface subproject, was to minimize the modifications to the existing systems and the customization of the new SCADA/EMS. It sought to find standard interface components: protocol, exchange format, data dictionary, etc. At that time, standards such as ICCP and models such as CIM were immature. An in-house protocol both at the application and at the communication level was found best. Such a protocol was defined jointly with the vendor, based on the principles of the IDEC protocol. This article presents the challenges met from our decisions of developing in-house solution and from our initial goals. The article describes these challenges in terms of protocol, data formats and data modeling. It discusses the lessons we have learned and what we would do differently, especially in the light of standard development.
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