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文章摘要
基于大数据的三相表错接线识别软件的设计实现
Design and implementation of three-phase meters’ fault wire connection identification software based on big data
Received:December 21, 2017  Revised:December 27, 2017
DOI:
中文关键词: 电能计量  三相电能表错接线  自动智能分析
英文关键词: Electric energy measurement, wrong wire connection methods of three-phase meter, automatic intelligent analysis
基金项目:
Author NameAffiliationE-mail
Zhang Qiang State Grid Dalian Electric Power Supply Company,Dalian,Liaoning,China zhangqiang166@sina.com 
Yu Ning* State Grid Dalian Electric Power Supply Company,Dalian,Liaoning,China yuning.ln@163.com 
Cui Hui State Grid Dalian Electric Power Supply Company,Dalian,Liaoning,China yuning.ln@163.com 
Shao Piyan State Grid Dalian Electric Power Supply Company,Dalian,Liaoning,China yuning.ln@163.com 
Zhou Shengjie State Grid Dalian Electric Power Supply Company,Dalian,Liaoning,China yuning.ln@163.com 
Zhang Qiguo State Grid Dalian Electric Power Supply Company,Dalian,Liaoning,China yuning.ln@163.com 
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中文摘要:
      电能计量的准确性非常重要,直接影响电力部门用电结算和广大用电客户的切身利益,而计量表计接线错误造成很大误差是电能计量错误中一个主要原因。由于单相电能表接线方式比较简单,出现问题也很容易排查,因此本文主要研究了三相电能表接错线的排查方法,首先采集三相电能表的大数据信息,然后建立数学模型、设计相关算法,最终通过软件程序进行自动智能分析,识别出所有存在接线错误问题的表计。本文主要从系统的架构、算法流程设计以及重要模块的实现方面对软件系统的构建进行了表述。并通过台体得到的覆盖所有错接线种类的测试数据对软件程序进行了测试,最后通过大连市一个城区的实际案例,验证了相关模型和算法的正确性和适用性,以期为电能计量的准确性提供一定的帮助。
英文摘要:
      The electric energy metering accuracy is very important, directly affecting the power sector’s electricity settlement and the vital interests of the majority of electricity customers. And meter wiring error is one of the main reasons causing great error of electric energy metering. The wire connection method of the single-phase meter is relatively simple and it’s very easy to find the problem of it. This paper mainly studies the methods to check the wrong wire connection method of three-phase meter. Firstly, collect big data information of the three-phase meter through the system. Then establish the mathematical model and design the algorithm. Finally identify all three-phase meters which have wire error through the software program. In this paper, the system architecture, algorithm flow design and implementation of important modules are described. And the software program is tested by the test data which cover all kinds of wrong wire connection methods and is obtained through the meter platform. At last, a case of Dalian City’s test is used to verify the correctness and applicability of the model and algorithm. And it is expected to provide some help to the accuracy of electric energy measurement.
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