Theoretical line loss data prediction system and prediction method of power grid

Abstract

The invention relates to a theoretical line loss data prediction system and prediction method of a power grid. The prediction system comprises a data input interface, a check module, a theoretical line loss online computing module, a storage module, a data maintenance module and a data output module; the data input interface, the check module and the theoretical line loss online computing module are orderly connected; the theoretical line loss online computing module is respectively connected with the storage module, the data maintenance module and the data output module. The prediction method comprises the following steps: 1) automatically establishing a power grid topological structure chart by a power grid modeling unit; 2) obtaining a power grid structure parameter and a power grid operation parameter in real time through the data input interface; 3) checking the compatibility of the received power grid parameters by the check module; 4) computing theoretical line loss data by the line loss computing unit according to the data of the check module and the data maintenance module, and outputting a computing result. Compared with the prior art, the system and method disclosed by the invention are strong in practicability, safe and reliable, precise in prediction result and the like.

Description

technical field [0001] The invention relates to a power grid information prediction system and method, in particular to a power grid theoretical line loss data prediction system and prediction method. Background technique [0002] The central task of the power grid enterprise is to ensure the safe, reliable, economical and high-quality operation of the power grid. Line loss rate is an important technical and economic index reflecting the management level of power grid enterprises. . Through the calculation of theoretical line loss, the economy of distribution network structure and operation mode can be identified, the components with excessive loss in the power grid and their causes can be identified, and whether the actual line loss is true, accurate, reasonable, and the actual line loss rate and technology (theoretical ) line loss rate difference, to determine the degree of unknown loss, to clarify the status quo of distribution network operation and management. [0003...

AI Technical Summary

Problems solved by technology

Many people need to participate, the workload and labor intensity are high. At the same time, the accuracy of the load measurement data is greatly affected by the quality of the personnel, and the accuracy of the theoretical line loss calculation results is also affected.

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