The design of next generation SCADA systems

Duong Trung
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引用次数: 4

Abstract

Current generation power network SCADA systems are characterised by their distributed architecture and full graphic MMI facilities. It is expected that next generation systems will move more and more towards open systems. However, their architecture and features will be influenced by the emergence of many new technologies. Two dominant technologies will be multi-media and asynchronous transfer mode (ATM) communications. Multi-media technology allows the provision of a superior MMI which will greatly boost the efficiency os SCADA operators. ATM technology, which blurs the distinction between LANs and WANs, will revolutionise the architecture of future power systems and greatly increase their performance as well as raising the limits of scalability and expandability of the new systems.
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下一代SCADA系统的设计
当前发电网络SCADA系统的特点是分布式结构和全图形化MMI设施。预计下一代系统将越来越多地向开放系统发展。然而,它们的架构和特性将受到许多新技术出现的影响。两项主要技术将是多媒体和异步传输模式(ATM)通信。多媒体技术允许提供优越的MMI,这将大大提高SCADA运营商的效率。ATM技术模糊了局域网和广域网之间的区别,将彻底改变未来电力系统的架构,极大地提高它们的性能,并提高新系统的可扩展性和可扩展性的限制。
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Development of the Intercontrol Center Communications Protocol (ICCP) [power system control] Hydropower generation management under uncertainty via scenario analysis and parallel computation Optimal fuzzy inference for short-term load forecasting Long-term/mid-term resource optimization of a hydro-dominant power system using interior point method The design of next generation SCADA systems
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