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Study of power grid development diagnosis system based on multi-source data analysis

机译:基于多源数据分析的电网发展诊断系统研究

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In view of the current problems of miscellaneous data channel, huge-scale information and rough evaluation method in power grid development diagnosis analysis, a study of power grid development diagnosis system is conducted based on multi-source data analysis. With the interface to product management system (PMS), energy management system (EMS), distribution automation system (DAS), electric information acquisition system, and power grid geographic information system (GIS), multi-source data fusion is realized by the integrated multi-platform data acquisition mechanism. And then based on the network topology and the operation data analysis, the studies of integrated diagnostic analysis of power grid, weak link assessment and early warning of power grid and the whole process management of potential problem are conducted to realize the step by step penetration of the state scan and the status promotion of the full voltage level of power grid. The proposed method can provide scientific basis for the preparation and post-evaluation of power grid planning. Field application of Shandong provincial power grid of China illustrates the economic benefit and management benefit of the system.
机译:针对当前电网发展诊断分析中存在杂项数据通道,规模化信息和粗略评价方法等问题,基于多源数据分析对电网发展诊断系统进行了研究。通过与产品管理系统(PMS),能源管理系统(EMS),配电自动化系统(DAS),电力信息采集系统和电网地理信息系统(GIS)的接口,通过集成可实现多源数据融合多平台数据采集机制。然后基于网络拓扑结构和运行数据分析,对电网进行综合诊断分析,对电网的薄弱环节评估和预警以及潜在问题的全过程管理进行研究,以实现对电网的逐步渗透。电网全电压水平的状态扫描和状态提升。该方法可以为电网规划的准备和后评估提供科学依据。中国山东省电网的现场应用说明了该系统的经济效益和管理效益。

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