An intelligent analysis system and method for capacity hidden dangers of electric power communication power supply

Abstract

The invention discloses an intelligent analyzing system and a method for power communication power supply capacity hidden hazards. The system comprises an interface module, an alarm database, a computing module, and a configuring database. The interface module firstly obtains the numbers and capacities of rectification modules and storage batteries in a power communication power supply and transmits the numbers and capacities to the alarm database. The configuring database stores information of the rectification modules, the storage batteries and warning thresholds as well as the arriving time so the computing module could call for use. According to the numbers and capacities of rectification modules and storage batteries in a power communication power supply as well as the arriving time, relevant capacity of the power communication power supply can be calculated. By the comparison between the relevant capacity to the information of the warning thresholds in the configuring database, it is possible to determine if there is any hidden hazard and warning information is about to be sent. The alarm data base stores historical monitoring data and warning records in relation to the power communication power supply. With the system and the method, real time analyzing and judging on hidden hazards to the capacity of a power supply system can be done while the workload of people is reduced.

Description

technical field [0001] The invention relates to an intelligent analysis system and method for capacity hidden dangers of electric communication power supplies. Background technique [0002] The communication power supply is a device that provides -48V DC power to the communication equipment. It is the core infrastructure in the safe operation of the power communication system and plays an extremely important role. Instantaneous interruption of communication power supply will lead to power failure of communication equipment, loss of data and even hardware damage. With the overall scale and power consumption of the communication system increasing, power communication operation and maintenance is increasingly dependent on the reliability of communication power supply. The reliability of the communication power system depends on the relationship between its rectification capacity and the load of the communication station. Since the load and rectification capacity of the communic...

AI Technical Summary

Problems solved by technology

[0003] With the rapid development of the power grid, power communication sites have increased dramatically. With the gradual promotion of the unified power supply monitoring platform, it is common to manage hundreds or even thousands of power supplies in one monitoring system. However, the curre

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