Power transmission and transformation online monitoring data ad hoc network communication method and system

Abstract

The invention belongs to the technical field of power transmission and transformation monitoring, and discloses a power transmission and transformation online monitoring data ad hoc network communication method. The method comprises the following steps of: S1, carrying out ad-hoc networking by monitoring terminals to a corresponding sink node module; S2, establishing data communication between a sink node module and each monitoring terminal in the coverage area to realize receiving, encryption and sending of data; S3, establishing communication between an upper layer access node module and each sink node; S4, accessing and formatting various types of data; and S5, screening and uploading data information after edge calculation processing. The invention further provides a computer network system which comprises a power transmission and transformation online monitoring module and a processing circuit, wherein the power transmission and transformation online monitoring module stores online monitoring data and programs, and the power transmission and transformation online monitoring module can be called through the processing circuit so as to execute the power transmission and transformation online monitoring data ad hoc network communication method. The power transmission and transformation online monitoring data ad hoc network communication method and system are high in field equipment integration level, few in occupied resources, smooth in communication, good in real-time performance and suitable for monitoring of distributed power transmission and transformation facilities.

Description

technical field [0001] The invention belongs to the technical field of power transmission and transformation monitoring, and discloses an ad hoc network communication method for power transmission and transformation online monitoring data and a computer network system for running the method. Background technique [0002] At present, the power Internet of Things for overhead lines still faces many problems in terms of practicality. The terrain and geological environment of the line corridor is complex, the climate is changeable, and disasters such as heavy rain, strong wind, and landslides occur from time to time along the line, requiring a lot of monitoring status. The integration of traditional monitoring devices and primary equipment is not high, generally independent installation and maintenance, greatly affected by the electromagnetic environment of transmission lines, inflexible networking methods, heavy maintenance workload, scattered monitoring data and application eff...

AI Technical Summary

Problems solved by technology

[0002] At present, the power Internet of Things for overhead lines still faces many problems in terms of practicality. The terrain and geological environment of the line corridor is complex, the climate is changeable, and disasters such as heavy rain, strong wind, and landslides occur from time to time along the line, and a large amount of monitoring status is required.

The integration of traditional monitoring devices and primary equipment is not high, generally independent installation and maintenance, greatly affected by the electromagnetic environment of transmission lines, inflexible networking methods, heavy maintenance workload, scattered monitoring data and application effects, complex equipment types, and standard protocols Different, unable to carry out effective centralized management and application

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