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电力大数据:2019,22(12):-
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基于智能表海量数据的电网末端故障的快速研判和准确定位
(国网浙江余姚市供电有限公司)
A study of fault fast analysis and accurate location at smart grid user side based on big data of electric energy meter
(State Grid Zhejiang Yuyao Power Supply Co., Ltd.)
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投稿时间:2018-07-05    修订日期:2018-10-16
中文摘要: 本文以实现国网1号文《关于坚持以客户为中心 进一步提升优质服务水平的意见》中提出的深化主动抢修服务为业务目的,依托成熟的大数据分析技术和数据挖掘技术,利用用电信息采集系统中的用户负荷数据,研究了基于电压数据的配电线路及计量装置异常研判、基于台区阻抗及理论线损的配电线路异常研判的模型和算法,可以判断低压配电台区存在的单个电表异常、计量箱整体接线异常、户变关系错误、三相负载不平衡等问题。在提前发现潜在故障,实现低压故障主动研判,减少故障停电,准确定位故障点,减少现场排查工作量方面取得了一定成效,满足了用户不停电、少停电的需求,实现了电网末端故障隐患的快速研判和准确定位,提高了城乡配网供电能力和用户供电可靠性水平。
Abstract:This paper aimed on providing positive user service by big data analyzing and data mining. According to the document No.1 published by StateGrid on 2018, user experiences are putting on hold through excellent service delivery. Taking use of power users’ load data through electricity information acquisition system, a set of models is constructed to recognize user side fault, like anomaly analysis model of distribution line and metering device based on voltage data and anomaly analysis model of distribution line based on station impedance and theoretical line loss. These models help us find problems of electric energy meter abnormal, unbalanced three-phase load, wrong relationship between users and transformers. According to the study, we make some achievements on discovering potential faults, realizing positive judgment of low-voltage fault, reducing fault outage, accurately locating fault points and reducing workload of on-site inspection. The results of study not only meet user’s demand of no power outage and reducing power outage, but also realize fault fast analysis and accurate location at smart grid user side, Through this study, we can improve power supply capacity of urban and rural distribution networks and make effort on keeping higher reliability on power distribution system.
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