Full-line electric power facility fault and intrusion alarm system

Abstract

A full-line electric power facility fault and intrusion alarm system comprises a power transmission and transformation monitoring center server, a power transmission main line, branch lines and a plurality of terminal collectors. The full-line electric power facility fault and intrusion alarm system further comprises a fault reminding terminal and concentrators, and the fault reminding terminal comprises a GSM short message module and an alarm reminding device. The terminal collectors are arranged at the transformer output ends of the branch lines. The full-line electric power facility fault and intrusion alarm system can obtain the operating condition of each branch line, the operating condition between the branch lines and the operating condition of the main line. The terminal collectors are managed through the concentrators regionally, an active reporting and passive routing inspection mode is adopted in the collected data of the terminal collectors, and the fault point of a power transmission line is precisely reported. The system is provided with the fault reminding terminal, the terminal collectors can send short messages to the fault reminding terminal, the fault reminding terminal gives an alarm to remind staff closet to the fault point, and the terminal collectors can also carry out voice communication with the fault reminding terminal.

Description

technical field [0001] The invention relates to the field of power systems, in particular to a fault and anti-theft alarm system for power facilities of all lines. Background technique [0002] One of the current communication methods between the power line collector and the power transmission and transformation monitoring center server is a wired method. This method is greatly affected by the environment, and it is troublesome to lay communication lines, and the cost is high; there are also some collectors. The wireless communication module is used to upload data with the power transmission and transformation monitoring center server, but when the wireless communication network fails, the failure signal cannot be reported in time. Moreover, the power line collector and the power transmission and transformation monitoring center server only realize the uploading of fault signals, and their functions are relatively single. Contents of the invention [0003] In order to ...

AI Technical Summary

Problems solved by technology

[0002] The current communication method between the power line collector and the power transmission and transformation monitoring center server is a wired method, which is greatly affected by the environment. The wiring is cumbersome and costly; some collectors use wireless communication modules to upload data to the server of the power transmission and transformation monitoring center, but when the wireless communication network fails, the fault signal cannot be reported in time

Moreover, the power line collector and the power transmission and transformation monitoring center server only realize the uploading of fault signals, and the functions are relatively simple.

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