Power supply monitoring system integrating moving ring and local monitoring

Abstract

The invention provides a power supply monitoring system integrating a moving ring and local monitoring. The power supply monitoring system comprises an FSU moving ring module, a monitoring center cloud platform, a shunt control panel and a rectifier module, wherein the FSU moving ring module is respectively connected with the monitoring center cloud platform and the shunt control board, and the shunt control board is also connected with the rectification module. The FSU moving ring module is further connected with the WiFi module, the 4G / NB module, the Bluetooth module and the local monitoring liquid crystal screen. According to the invention, a plurality of debugging and testing modes (mobile phone APP, WIFI, 485, and 4GNB-IOT controllers) are provided for checking related parameters and setting parameters, and remote operation and maintenance are more convenient. The system is integrated with the FSU power and environment monitoring module and can be directly connected with a monitoring center energy platform, independent monitoring is achieved, and the problem that outdoor application scenes are inconvenient to monitor is solved. The FSU is directly reported to a network management platform and a downward control system, 485 forwarding levels are reduced, one independent monitoring board is reduced in hardware, and the hardware cost of the system is reduced.

Description

technical field [0001] The invention relates to the field of 5G communication power supply equipment, in particular to a power supply monitoring system integrating dynamic loop and local monitoring. Background technique [0002] The power cabinet monitoring system of the communication base station site is of great help to improve the efficiency of power management. It can solve the problems of scattered sites, large number of equipment, heavy maintenance workload, and high management cost, which is beneficial to reduce the number of power failures and ensure the transmission of communication. Security and stability. [0003] The overall energy consumption of 5G base stations is relatively large, which puts forward new requirements for traditional power cabinets. Current power monitoring products are often turned off or on by local or wireless remote methods, so as to achieve energy management and achieve the purpose of energy saving and power saving. [0004] The defects of...

AI Technical Summary

Problems solved by technology

[0005] 1. The monitoring method is relatively simple, and the communication method between the device end and the monitoring background is limited. Currently, it is mainly RS485 communication

[0006] 2. The debugging method is relatively single. The debugging of the device is mainly through RS485 communication. When debugging, a computer needs to be connected to the 485 port of the device

[0007] 3. Part of the functions of the local monitoring module and the dynamic environment monitoring module overlap, and there are too many levels of 485 communication reporting, sending and forwarding

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