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STUDIES ON HIERACHICAL ARCHITECTURE FOR MASTERSTATION AUTOMATION SYSTEM

机译:主站自动化系统分层架构研究

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In this paper, we analyze the advantage and drawbacks of current masterstation automation architecture, and propose a new hierarchical masterstation's automation architecture. In hierarchical architecture of masterstation control center (MCC) system, all substations and MCCs are interconnected into an integrated system. Hierarchical architecture MCC system supervises and controls unmanned substations all-around instead of dispatch system, dispatcher moves his attention from trivial business to analysis of the grid dispatch and optimization. It is an integrated system in which all information is shared entirely, graph files, running data and operation parameters can be stored redundantly and be kept consistent. It is a real coordinated automation system which realizes the coordination of all parts and optimization of functions, and is an efficient restoring support system itself. The hierarchical architecture offers a number of advantages, such as high reliability, improved automation level, and efficient flexibility and open access to information. The architecture and its design will be discussed in detail in the paper.
机译:在本文中,我们分析了当前的Masterstation自动化架构的优势和缺点,并提出了一种新的分层MasterStation的自动化架构。在Masteration Control Center(MCC)系统的分层体系结构中,所有变电站和MCC都互连到集成系统中。分层体系结构MCC系统监督和控制无人变电站全面而不是调度系统,调度员从琐碎的业务中推动他的注意力来分析网格调度和优化。它是一个集成系统,其中所有信息完全共享,可以续订图形文件,运行数据和操作参数,并保持一致。它是一个真正的协调自动化系统,实现了各个零件的协调和功能优化,是一个有效的恢复支持系统本身。等级架构提供了许多优点,如高可靠性,改进的自动化级别,有效的灵活性和对信息的开放访问。将在论文中详细讨论该结构及其设计。

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