Power transmission and distribution measuring system based on unmanned plane technology and measuring method thereof

Abstract

The invention relates to a power transmission and distribution measuring system based on an unmanned plane technology and a measuring method thereof. The system comprises a high-voltage circuit timely collection assembly, a monitoring assembly and an electric power company electricity consumption information collection system, wherein the high-voltage circuit timely collection assembly comprises an unmanned plane, and a current sensor and a network transmission module which are hung by the unmanned plane, the current sensor is used for collecting current data of a high-voltage circuit, and the network transmission module is used for being remotely connected with the monitoring assembly; and the monitoring assembly is used for being connected with the network transmission module of the high-voltage circuit timely collection assembly, being remotely connected with the electric power company electricity consumption information collection system and carrying out data processing and comparison on the received data information after the connection with the high-voltage circuit timely collection assembly and the electric power company electricity consumption information collection system. According to the invention, the data measured on the line is synchronized, converted and returned to an earth station for comparison, processing and analysis, whether the high-voltage current and a current practically used by a user end are abnormal is discovered, and alarming is carried out if an abnormity is discovered.

Description

technical field [0001] The invention relates to the field of electric power surveying and mapping, in particular to a power transmission and distribution measurement and early warning system based on unmanned aerial vehicle technology and a measurement method thereof. Background technique [0002] With the rapid development of smart grid technology at home and abroad, the technology of the State Grid electricity information collection system is constantly improving. Some domestic companies' technologies based on wireless current transformers and remote communication anti-stealing inspection systems have also been substantively applied. UAV technology continues to expand the field of application. The electricity consumption information collection system fixedly installed on the user side is only a single set of real-time data, which cannot be compared and analyzed in real time, thus bringing loopholes to electricity theft. The use of high-tech electricity stealing such as s...

AI Technical Summary

Problems solved by technology

The electricity consumption information collection system fixedly installed on the user side is only a single set of real-time data, which cannot be compared and analyzed in real time, thus bringing loopholes to electricity theft.

The use of high-tech electricity stealing such as strong magnetic fields, privately modified measuring devices, and high-frequency interference will lead to small distortions in the data collected and uploaded by electricity consumption information, thereby reducing electricity bills, achieving the purpose of stealing electricity, and bringing huge economic losses to the power grid; On the other hand, faults and abnormalities in the electricity collection system on the user side, measurement inaccuracies (positive and negative deviations) cannot be found through comparison in time, and there is also a lack of fairness and justice in electricity use.

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