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Practical research on automatic graph and model exchange between GIS and DMS

机译:GIS与DMS之间自动图形和模型交换的实践研究

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In modern power distribution utility, GIS and DMS address the same physical network and share a great amount of data. Nowadays, most of them still exist as separate systems and on different platforms. With the continuing growth of data and evolution of the systems, it requires to establish interfaces and workflows between GIS and DMS for exchanging necessary data with a lower maintenance cost and, in another hand, to ensure data consistency. This paper presents the problems when generating single-line diagram (orthogonal maps) from GIS to DMS and the model exchange between GIS and DMS. DMS utilizes GIS information to automatic on-line generation of graphical representations for 10kV feeders. For a new DMS installation, it generates the single-line diagram to facilitate the SCADA functions. Considering topology of distribution network is under significant change subjected to civil projects and the growth of power consumptions, geo-schematics drawings in the GIS should be converted into single-line diagram to adapt to the distribution network operators and update the DMS in a specified period of time without manual interference. Finally, the management expectations, benefits of the graph and model exchange technologies are also discussed.
机译:在现代配电实用程序中,GIS和DMS寻址同一物理网络并共享大量数据。如今,它们中的大多数仍然作为独立的系统存在于不同的平台上。随着数据的不断增长和系统的发展,它需要在GIS和DMS之间建立接口和工作流,以便以较低的维护成本交换必要的数据,并确保数据的一致性。本文介绍了从GIS到DMS生成单线图(正交图)时的问题以及GIS与DMS之间的模型交换。 DMS利用GIS信息自动在线生成10kV馈线的图形表示。对于新安装的DMS,它会生成单线图以简化SCADA功能。考虑到由于民用工程和电力消耗的增长,配电网络的拓扑结构正在发生重大变化,因此应将GIS中的地学示意图转换为单线图,以适应配电网络运营商并在指定时期内更新DMS时间,无需人工干预。最后,还讨论了管理期望,图形的好处和模型交换技术。

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