A Line Performance Analysis Method Based on Power Data

Abstract

A line performance analysis method based on power data, including dividing the transmission line into N sections, setting guide rails, and magnetic measurement units in the line direction of the transmission line with a preset length, using the measured data to construct a standard database, and controlling the same section The magnetic measurement units are set on both sides of the transmission line to move along the guide rail synchronously, and the measurement data is collected and sent to the node server at a preset period, and multiple steps such as data validity judgment and fault judgment can be realized, which can realize non-destructive real-time detection, high efficiency, and Location alarm for faulty equipment.

Description

Technical field [0001] The present invention relates to the field of power data analysis processing, and more particularly to a line performance analysis method based on power data. Background technique [0002] The power market is mainly customer-pulled production, and the supply chain regulation is driven by consumers in the electricity market. With the continuous development of social economy, the continuous improvement of technical levels, electricity has gradually become an indispensable energy source of today's society, the arrival of electrical era is more and more extensive, and the substation is a substation of substation, its safety Directly affect the case of electricity, and once problems, the repair takes a long time, so that the large-range discharge of the electricity area. Accurate testing of power line parameters has a very important impact on power system safe and reliable operation, such as power frequency parameters of the power system, whether the power syste...

AI Technical Summary

Problems solved by technology

[0004] However, in the prior art, most of the analysis methods for line performance of electric power data adopt the method of directly measuring the voltage, current, efficiency, power consumption, energy consumption, etc., but although these methods have certain advantages, However, almost all of them require additional intervention lines, which is inconvenient to operate, high in cost, and has certain risks.

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