Closed-loop data analysis method in station area based on AHP and wavelet regression

Abstract

The invention belongs to the field of area data processing in a power system and particularly relates to an area closed-loop data analysis method on the basis of an analytical hierarchy process and wavelet regression. Mainly, by the analytical hierarchy process and wavelet regression closed-loop data processing method, equipment ledger data, operation data, equipment detection overhaul data and marketing data of an area are comprehensively analyzed, an operating state of equipment of the area is evaluated, an electrical load is estimated and forecast, power consumption of a user is modeled, an electricity stealing behavior is judged, line loss is comprehensively and automatically estimated, an area contractor is subjected to automatic responsibility quantization and division and automatic evaluation on a work completion degree, and the like. The area closed-loop data analysis method has the advantages that accurate data support is provided for anti-electric-larceny judgment, formulation of marketing indexes, development of performance appraisal and the like; a method capable of accurately carrying out evaluation index setting and completion result examination is provided for area management of a power supply enterprise; management quality and efficiency of the area are greatly improved.

Description

technical field [0001] The invention belongs to the field of station area data processing in electric power systems, in particular to a station area closed-loop data analysis method based on hierarchical analysis and wavelet regression. Background technique [0002] In the power system, the station area refers to the power supply range or area of ​​(one) transformer. With the development of modern management science and technology, more and more power supply enterprises are beginning to adopt management methods such as marketing and performance evaluation with the station area as the basic unit. However, in the existing management methods of station areas, people often use qualitative judgments, select only a few reference values ​​for judgments, or arbitrarily set evaluation indicators. Provide accurate data support for electronic identification, formulation of marketing indicators, and performance evaluation. Contents of the invention [0003] The technical problem to ...

AI Technical Summary

Problems solved by technology

However, in the existing management methods of station areas, people often use qualitative judgments, select only a few reference values ​​for judgments, or arbitrarily set evaluation indicators. Provide accurate data support for electronic discrimination, marketing index formulation, performance evaluation development, etc.

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