Loss reduction measure making method based on synchronous line loss abnormity identification

Abstract

The invention discloses a loss reduction measure making method based on synchronous line loss abnormity identification, which comprises the following steps: identifying synchronous line loss anomaly data, and taking corresponding loss reduction measures according to an identification result; extracting the fluctuation characteristics of the same-period line loss abnormal data through statistical analysis; constructing a same-period line loss electric quantity matrix, and performing singular value decomposition on the matrix to extract low-rank features of same-period line loss abnormal data; performing gray correlation analysis on the same-period line loss allocation data, and extracting homodromous correlation characteristics of the same-period allocation line loss abnormal data; and obtaining the characteristic that the rank sum of the abnormal data of the same-period line loss deviates from the normal data is approximately equal by analyzing the difference between the theoreticallycalculated line loss and the same-period line loss. According to the method, the characteristics of the same-period line loss abnormal data can be effectively extracted, the corresponding neural network is constructed for training, the same-period line loss abnormal data can be effectively identified, corresponding loss reduction measures can be taken according to different identification results,and the loss reduction efficiency can be effectively improved.

Description

technical field [0001] The invention relates to the formulation of loss reduction measures for power system transmission lines, in particular to a method for formulation of loss reduction measures based on abnormal identification of simultaneous line loss, and belongs to the technical field of power grid management and control. Background technique [0002] With large-scale new energy connected to the power system, in order to improve the operation efficiency of the entire power industry and optimize the allocation of resources in the whole society, inter-provincial interconnection, regional interconnection, and national interconnection have become an inevitable development trend. It has become the norm to send electricity to areas with large demand for electricity in the central and eastern regions, and large-scale power / electricity exchange increases the loss of the power grid; There is a problem of large line loss and power loss. [0003] For the problem of high line los...

AI Technical Summary

Problems solved by technology

[0006] The technical problem mainly solved by the present invention is the mismatch between the line loss reduction measures for the same period and the factors affecting the higher actual line loss. It provides a loss reduction measure formulation method based on the abnormal identification of the...

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