A Safe Power Utilization System Based on Voice Module

Abstract

A safe power consumption system based on a voice module, including an intelligent communication gateway installed at a power distribution cabinet, power monitoring equipment, an intelligent three-phase electric meter, comprehensive relay protection equipment, transformer temperature control monitoring equipment, environmental monitoring sensor equipment, video surveillance Equipment, voice module, power monitoring equipment, intelligent three-phase ammeter, comprehensive relay protection equipment, transformer temperature control monitoring equipment, environmental monitoring sensor equipment, video monitoring equipment signal output terminal and intelligent communication gateway data input port connection, intelligent communication gateway It is connected with the voice module via RS485 data line, the voice module is connected with the feeder cabinet at the power distribution cabinet, the opening and closing switch of the incoming line cabinet, the handcart, and the signal input terminal of the ground knife are connected via the RS485 data line, and the intelligent communication gateway and the background are connected via the network , It also has a display unit, an operation and maintenance management unit, a data analysis unit, a work order management unit, and a personal information unit installed in the management background PC. The invention can achieve the purposes of voice remote control and safe electricity use.

Description

technical field [0001] The invention relates to the technical field of safe power utilization, in particular to a voice module-based safe power utilization system. Background technique [0002] With the widespread use of electricity, there are more and more auxiliary equipment and technologies for safe use of electricity. In the existing technology, in order to ensure the safe operation of the power distribution system, the production department generally installs various detectors and control equipment at the power distribution system. After the detector detects, for example, overtemperature, leakage, or water accumulation, the power distribution is disconnected. The control switch between the system and the electrical equipment, so as to achieve the purpose of safe electricity use. [0003] Although various detectors and control equipment in the existing power distribution system have achieved safe power consumption to a certain extent, due to the limitations of its struc...

AI Technical Summary

Problems solved by technology

[0003] Although various detectors and control equipment in the existing power distribution system have achieved safe power consumption to a certain extent, due to the limitations of its structure and application technology, the remote management department cannot monitor various data on the power consumption site in real time. For example, after various detectors and control equipment in the power distribution system fail, because the management personnel cannot grasp the situation in time, they cannot take countermeasures in real time, disconnect the power supply, or send maintenance personnel to the site for maintenance. If the switch and control equipment work with a disease, it will cause the failure to expand and cause greater losses to the power distribution system.

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