IoT identity based GIS partial discharge live detection and data management platform

Abstract

The invention belongs to the technical field of partial discharge live detection equipment and especially relates to an IoT identity based GIS partial discharge live detection and data management platform. The platform includes an IoT identity, a handheld partial discharge detector, a data analysis system, a mobile intelligent detection APP and a GIS equipment partial discharge detection management cloud platform. The IoT identity includes an RFID tag and a two-dimensional code tag. The RFID tag is mounted on a GIS general control cabinet. The two-dimensional code tag is mounted on a GIS equipment housing. The handheld partial discharge detector is connected with a PC. The data analysis system is connected with the handheld partial discharge detector. The data analysis system is connected with a GIS device partial discharge detection management cloud platform. According to the invention, related information of corresponding devices can be acquired before detection and manual recording is saved, missing detection is avoided. Field detection efficiency and detection report generating efficiency are improved substantially and basis is provided for field decision making.

Description

technical field [0001] The invention belongs to the technical field of partial discharge detection equipment, and in particular relates to a GIS partial discharge live detection and data management platform based on Internet of Things identification. Background technique [0002] Gas insulated switchgear (GIS) has been more and more widely used at home and abroad in recent decades due to the advantages of small footprint, little influence from the external environment, safe and reliable operation, and simple maintenance. However, in the process of GIS manufacturing and assembly, some small defects are often left inside the GIS due to problems such as technology, such as metal particles, insulating air gaps, etc. These small defects may develop into dangerous hazards during the operation of the GIS. Discharge channels, and eventually cause insulation breakdown accidents. Therefore, in order to prevent the insulation failure of GIS equipment and ensure the safe operation of t...

AI Technical Summary

Problems solved by technology

The disadvantages of this detection mode are: (1) After each test and storage, the measurement point position of the map number must be manually recorded at the same time, resulting in long time-consuming and low efficiency for on-site detection; (2) The map export operation is cumbersome, and the analysis report It is necessary to correspond the number of the map to the specific position again, which leads to cumbersome report preparation and low efficiency; (3) The positions of the measuring points selected by different inspectors are different, which makes it impossible to compare the test results vertically; (4) Convenient for archiving, statistics and analysis of test data

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