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Research on Check Method of Feeder Topology Model for Distribution Main Station

机译:配电主站馈线拓扑模型检查方法研究

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Cooperative control between intelligent distributed Feeder Automation and main station centralized Feeder Automation can improve the performance of fault handling. At present, feeder side topology is derived from the automatic identification of distribution terminals. The main station side topology is imported by the incremental import of geographic information system or production management system, but there are some problems, such as the topology confusion. In order to realize the power supply technology of fault isolation and non-fault area restoration based on intelligent distributed Feeder Automation and main station reserve, unify topology model, this paper present a method that once the static topology or topology operation mode is changed, the agent terminal initiates the function of topology query and generates the feeder topology file which will be uploaded to the main station for checking. Finally, the main station side topology can be corrected. The feasibility of the check scheme is verified by experiments, which meets the requirements of the distribution network.
机译:智能分布式馈线自动化与主站集中式馈线自动化之间的协作控制可以提高故障处理的性能。目前,馈线侧拓扑结构是从配电终端的自动识别中得出的。主站侧拓扑是通过地理信息系统或生产管理系统的增量导入来导入的,但存在拓扑混乱等问题。为了实现基于智能分布式馈线自动化和主站后备的故障隔离和非故障区域恢复供电技术,统一拓扑模型,提出了一种改变静态拓扑或拓扑运行方式的方法。代理终端启动拓扑查询功能并生成馈线拓扑文件,该文件将上传到主站进行检查。最后,可以校正主站侧拓扑。通过试验验证了该方案的可行性,符合配电网的要求。

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