Electricity distribution room's intelligent on-duty robot system and control method

Abstract

The invention provides an electricity distribution room's intelligent on-duty robot system and a control method, comprising an electricity distribution room's intelligent on-duty robot system which consists of at least one terminal layer, a communication layer in connection with the terminal layer and an interactive layer in connection with the communication layer. The terminal layer comprises an acquisition part arranged inside the electricity distribution room system. The invention further proposes a method, which comprises the following steps: 1) data acquiring; 2) data transmitting; and 3) data interacting. According to the invention, the transmitted data information is analyzed and diagnosed by a cloud server and a physical server and through a client terminal or the BS terminal or the App terminal arranged inside a mobile terminal, the data information is interacted wherein the BS terminal is responsible for the signaling interactions among users and the front end data and the electricity distribution room equipment to realize the operation control and management of the electricity distribution room equipment as well as the display of the positioning information data.

Description

technical field [0001] The invention relates to the technical field of monitoring of an intelligent robot on duty in a 365 power distribution room, in particular to a system and a control method of an intelligent robot on duty in a 365 power distribution room. Background technique [0002] The traditional power distribution room includes power system SCADA dispatching system technology, data remote transmission system technology and computer protection system technology, which mainly has the following defects: [0003] 1. The singleness of data display. At present, the monitoring system of the power distribution room is only a data display of the current, cigarette lighting, power factor and other information collected by the SCADA system, and cannot display the operating data of the equipment during the operating cycle. 2. The limitation of data entry, only the data of online monitoring can be collected, but the data of daily electric room inspection, live detection and pre...

AI Technical Summary

Problems solved by technology

[0003] 1. The singleness of data display. At present, the monitoring system of the power distribution room is only a data display of the current, cigarette lighting, power factor and other information collected by the SCADA system, which cannot display the operating data of the equipment within the operating cycle.

2. The limitation of data entry, only the data of online monitoring can be collected, but the data of daily electric room inspection, live detection and preventive test cannot be entered

3. The inaccuracy of data analysis, the second analysis can not achieve equipment status evaluation, the existing system can not combine real-time test data, live detection and preventive test data to analyze the operating conditions of the equipment, so as to achieve The role of prevention

4. The complexity of system wiring, the current intelligent transformation design has many sensors, and the work of sensor wiring alone is very large

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