Standard platform for integrated soft protection and control

Anders Johnsson, Jannice Söderström, P. Norberg, A. Fogelberg
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引用次数: 7

Abstract

Increasingly powerful processors for substation automation systems make it possible to integrate and process many functions, for both protection and control, in the same computer. This article describes possibilities, experiences and challenges for a standard platform for integrated soft protection and control of AC substations. The benefits of such a solution have been described in several papers [X], [Y]. Field tests also show that it works in reality. With the development of the process bus IEC 61850–9–2 there is now also a solution for connecting distributed I/O's in a standardized way. The possibility to buy equipment from different vendors leads to competition and decreased prices. The next step is to create a scalable environment where the functions can adopt to the needs in the specific substation and the present situation in the network, ie future smart grids. Most of these functions can be implemented with the existing distributed solutions based on IEC 61850 but the development of an open system platform makes it possible to integrate functions from different vendors and thus create full flexibility. The article describes possible benefits as well as potential challenges before reaching a totally integrated solution.
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集成软保护和控制的标准平台
越来越强大的变电站自动化系统处理器使得在同一台计算机上集成和处理许多保护和控制功能成为可能。本文介绍了交流变电站综合软保护与控制标准平台的可能性、经验和挑战。这种解决方案的好处已经在几篇论文[X], [Y]中有所描述。现场测试也表明它在现实中是有效的。随着过程总线IEC 61850-9-2的发展,现在也有了一种以标准化方式连接分布式I/O的解决方案。从不同供应商购买设备的可能性导致竞争和价格下降。下一步是创建一个可扩展的环境,其中功能可以适应特定变电站的需求和网络中的现状,即未来的智能电网。大多数这些功能可以用现有的基于IEC 61850的分布式解决方案来实现,但是开放系统平台的开发使得集成来自不同供应商的功能成为可能,从而创造出充分的灵活性。本文描述了在实现完全集成的解决方案之前可能的好处以及潜在的挑战。
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