Head-end low-voltage analysis system based on distribution transformer terminal monitoring data analysis

A technology for monitoring data and distributing transformer terminals, which is applied in the field of head-end low-voltage analysis systems, and can solve problems such as insufficient display methods and poor real-time performance

Pending Publication Date: 2021-04-27
GUIZHOU POWER GRID CO LTD
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  • Claims
  • Application Information

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Problems solved by technology

[0003] The technical problem to be solved by the present invention is to provide a head-end low-voltage analysis system based on the monitoring data analysis of the distribution transformer terminal to solve t

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  • Head-end low-voltage analysis system based on distribution transformer terminal monitoring data analysis

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Embodiment Construction

[0029] The present invention includes:

[0030] Data collection module: This module collects TTU-related statistics of units at all levels (total TTU terminals, number of TTUs with data, number of TTUs with abnormal data, number of TTUs with valid data, number of low-voltage stations, emergency low-voltage Statistics such as the number of station areas, the number of severely low-voltage station areas, and the number of general low-voltage station areas), click on the name of the unit to drill down to the statistical data of each subordinate unit, and so on, you can drill down to the last-level unit Click the "Number of TTUs with Abnormal Data" link to the "Monthly Abnormal TTU Data Query Module"; click "Number of Low-Voltage Station Areas", "Number of Emergency Low-Voltage Quantity" and "Number of general low-voltage station areas can be linked to the "Monthly low-voltage station area detailed query module based on TTU data";

[0031] Monthly abnormal TTU data detailed query...

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Abstract

The invention discloses a head-end low-voltage analysis system based on distribution transformer terminal monitoring data analysis, and the system comprises: a data collection module which collects statistics related to TTUs at all levels, including TTU terminal total quantity, TTU quantity with data, TTU quantity with abnormal data, TTU quantity with effective data, low-voltage transformer area quantity, emergency low-voltage transformer area quantity, severe low-voltage transformer area quantity and general low-voltage transformer area quantity; the database module that is used for storing the statistics, read by the data acquisition module, related to each level of unit TTU; the monthly abnormal TTU data detail query module that is used for querying a list containing all abnormal TTU data and related statistics; a TTU data-based monthly low-voltage transformer area detail query module; a TTU data and curve query module; and a TTU data search module. The problems of poor real-time performance, insufficient display mode and the like existing in analysis of data of the power distribution monitoring terminal through a manual report mode in the prior art are solved.

Description

technical field [0001] The invention belongs to power distribution monitoring technology, in particular to a head-end low-voltage analysis system based on distribution transformer terminal monitoring data analysis. Background technique [0002] The number of power distribution monitoring terminals (abbreviation: TTU) is huge, and it is difficult to complete the analysis of low-voltage station areas based on monitoring data by manual reports in the existing technology; the real-time requirements of low-voltage station area analysis are very high, and it is required to Internally (or even in real time) to analyze the low-voltage station area from hundreds of thousands of terminal monitoring data, the existing technology cannot be completed at all; manual report analysis can only obtain relatively simple analysis results, and a single analysis result is very important for low-voltage control. The work assistance is limited; the display methods of report analysis methods are lim...

Claims

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Application Information

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IPC IPC(8): G06Q50/06G06F16/903
CPCG06Q50/06G06F16/903Y04S10/50
Inventor 龙秋风欧家祥张秋雁肖小兵王冕古庭赟白洁范强刘斌徐玉韬辛明勇徐修远龙燕刘璐王咿燃袁学士关晨晨王静娜李刚杨专牟航航华龙张历龙安州徐梅梅肖艳红张俊玮丁超王扬胡厚鹏李航峰王蓝苓何沛林丁江桥郑友卓刘安茳张洋张昌翔王懿
Owner GUIZHOU POWER GRID CO LTD
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