Panoramic monitoring method and system for environment of extra-high pressure gallery

Abstract

The invention discloses a panoramic monitoring method and system for an extra-high pressure gallery channel environment. The problems that data transmission is not timely, the channel environment cannot be monitored in real time, and data missing, loss, delay and the like easily occur in the data transmission process in the existing power transmission line channel environment monitoring technology are solved. The method comprises the following steps: establishing an extra-high pressure gallery channel environment panoramic monitoring Internet of Things AI agent platform system; the system starts an image recognition module to discriminate a line channel environment in real time and sends real-time data to an Internet of Things AI agent; when an invader intrudes into the line channel, the Internet of Things management platform starts a distance measurement module and enters S4; when no invader intrudes into the line channel, the image recognition module works normally, and the distance measurement module is in a standby state; the wire temperature measurement module or the sound-light alarm module can give an alarm according to the distance measurement result of the distance measurement module. The method has the advantages that the method is built based on the Internet of Things AI proxy platform, data uploading can be timely and safely guaranteed, and background data processing pressure is relieved.

Description

technical field [0001] The invention relates to the technical field of IoT AI agents, and in particular, to a method and system for panoramic monitoring of the passage environment of an ultra-high voltage corridor. Background technique [0002] 1000kV, ±800kV, ±500kV UHV lines are set up in the UHV channel, and the transmission load power is large. Once multiple lines in the channel fail at the same time, it will cause a huge impact on the power grid of the sending and receiving terminals, and it is easy to cause at least level 3 power grid security. event. [0003] At present, the pressure of line operation and maintenance mainly comes from mechanical external force damage, and the hidden dangers of foreign objects floating and tree barriers cannot be ignored. [0004] For example, a "cloud platform-based power grid panoramic monitoring operation and maintenance management method and system" disclosed in Chinese patent documents, its publication number CN109784508A, publis...

AI Technical Summary

Problems solved by technology

[0005] The present invention mainly solves the problem that the existing transmission line channel environment monitoring technology cannot monitor the channel environment in real time due to the untimely data transmission, and data loss, loss, delay and other problems are very easy to occur during the data transmission process; it provides a panoramic view of the UHV corridor channel environment The monitoring method and system adopts the AI ​​agent of the Internet of Things to collect and edge calculate the data of the online monitoring image recognition module, distance measurement module, wire temperature measurement module, sound and light alarm module, etc. in the corridor, so as to ensure timely and safe data uploading and reduce background Data processing pressure, precise early warning of hidden safety hazards, and realization of panoramic monitoring of UHV corridor passage environment

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