Power distribution monitoring system based on 5G and cloud storage technologies

Abstract

The invention discloses a power distribution monitoring system based on 5G and cloud storage technologies. The power distribution monitoring system based on the 5G and cloud storage technology comprises a field equipment layer, a network communication layer and a station-level control layer which are connected in sequence. The field equipment layer comprises power distribution equipment and an environment monitoring unit; the network communication layer comprises a switch, a 5G independent chip and a communication base station; the switch is electrically connected with the 5G independent chip through a wire, and the 5G integrated chip is connected with the communication base station through a 5G signal. The 5G independent chip comprises a high-speed computing unit, a high-speed transmission unit, a historical data unit and a data entry unit. The station-level control layer comprises a cloud end, a mobile end and a monitoring terminal, the cloud end, the mobile end and the monitoring terminal can establish instruction and data transmission connection with the communication base station, the monitoring terminal is further electrically connected with the switch through a wire, and the monitoring terminal can establish instruction transmission and data transmission with the power distribution equipment; and the cloud end comprises a cloud end summarizing unit and a cloud end processing unit. The power distribution monitoring system based on the 5G and cloud storage technology has the advantages of high-speed data transmission, capability of avoiding data loss and the like.

Description

technical field [0001] The invention relates to the field of intelligent monitoring technology, in particular to a power distribution monitoring system based on 5G and cloud storage technology. Background technique [0002] With the rapid development of computer, communication, automation and other technologies, various industries have higher and higher requirements for the economy, reliability and efficiency of power distribution equipment monitoring and control systems. The power distribution system is at the end of the power distribution network, directly supplying or distributing power to enterprises and user-end equipment. The safety, stability and efficiency of system operation are very important for enterprise production. In order to reduce the probability of manual misoperation, save human resources, and provide convenient remote control methods for the maintenance and monitoring of power distribution systems, it is necessary to rationally use computer, automation an...

AI Technical Summary

Problems solved by technology

However, in the existing power distribution monitoring system, there is a lack of operation process for recording and collecting data, which leads to accidents such as damage and loss in the monitoring system during the content recording process, making it impossible to preserve the system in the data analysis process for a long time. Various detected data cannot meet the needs of the staff

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