Full-acquisition intelligent terminal for power transmission line state monitoring

Abstract

The invention discloses a full-acquisition intelligent terminal for power transmission line state monitoring. The full-acquisition intelligent terminal comprises a 5.8 G / 2.4 G wireless ad hoc networkcommunication module, a 4G / 5G APN private network communication module, an integrated main control unit, an edge computing module, an AI artificial intelligence module, a power supply module and a sensor unified interface communication module, and each module is connected with the integrated main control unit. The intelligent terminal realizes full perception of the state of the power transmissionline, highly fuses data among equipment, constructs a fault prediction identification and risk assessment model, and realizes advanced early warning and linkage control of the operation state of thepower transmission line. A communication protocol of the sensing equipment is monitored in a unified manner to standardize and normalize data transmission; an Internet-of-Things networking mode is adopted, data of sensing layer equipment is collected and returned through wired, micropower wireless and other data transmission modes, and intelligent and reliable monitoring and deep analysis of powertransmission line state data full sensing are achieved.

Description

technical field [0001] The invention relates to the technical field of power transmission lines, in particular to a full-acquisition intelligent terminal for state monitoring of power transmission lines. Background technique [0002] Transmission lines are the backbone of the power system. It is widely distributed in plains and high mountains, and is directly exposed to natural environments such as wind, snow, rain and dew. At the same time, it is also damaged by natural disasters such as floods and landslides. The operating environment is quite harsh. [0003] At present, the transmission line monitoring device has a single function, the amount of data collected is small, and the data storage is relatively isolated. It is distributed on different platforms and independent background monitoring systems, so that resources have not been effectively integrated, and there is a huge waste of resources; at the same time, it is impossible to achieve full awareness of equipment stat...

AI Technical Summary

Problems solved by technology

[0003] At present, the transmission line monitoring device has a single function, the amount of data collected is small, and the data storage is relatively isolated. It is distributed on different platforms and independent background monitoring systems, so that resources have not been effectively integrated, and there is a huge waste of resources; at the same time, it is impossible to achieve full awareness of equipment status , it is impossible to achieve a high degree of data fusion between sensing devices, and it is also impossible to conduct correlation analysis on fault influencing factors, build fault prediction identification and risk assessment models, and realize advanced warning and linkage control of transmission line operating status

The communication protocol of the access sensing device is not uniform, which is not conducive to standardization and standardization, and the installation and debugging are cumbersome; in addition, the terminal algorithm model cannot be automatically updated and upgraded remotely according to the application scenario, which is inconvenient for later device function optimization

Images