Insulator whole life cycle information management platform and method thereof

Abstract

The invention discloses an insulator whole life cycle information management platform. The platform comprises an information management resource platform, a data center, an application terminal, and an insulator data collection management module, wherein the data center, the application terminal and the insulator data collection management module are connected with the information management resource platform; the information management resource platform is used for centrally managing and controlling a power grid company, a supervision organization and an insulator product supplier, and carries out all-round tracking and monitoring on quality of production, installation, construction, operation and maintenance links of an insulator product in an engineering project; the data center includes a power grid company database, a supplier database and a supervision organization database; and the insulator data collection management module is used for carrying out collection and management on an insulator whole life cycle, and comprises a data collection module, a dynamic monitoring module, an intelligent operation-maintenance module, a quality tracking module, and a supply chain management module. According to the insulator whole life cycle information management platform and the method thereof disclosed by the invention, the insulator management business process is optimized via platform construction; and the insulator management standardization, the state visualization, the evaluation scientization and the operation-maintenance intellectualization are realized.

Description

technical field [0001] The invention relates to an information management platform, in particular to an insulator full life cycle information management platform and a method thereof. Background technique [0002] In recent years, with the continuous expansion of the grid scale and the increasingly complex structure, the construction of UHV transmission lines and the application of insulators have become more and more widely distributed. [0003] Insulator products have many types of data and a large amount of information in the process of raw material procurement, manufacturing, inspection, testing, storage, installation, inspection, maintenance and replacement. Most of the various types of information exist in isolation, and the application of statistical technology in the process of data validity is insufficient. It is very difficult for power grid companies at all levels to manage information, and it is very cumbersome and takes a long time to trace back, which is likely...

AI Technical Summary

Problems solved by technology

[0005] From the perspective of operation and maintenance, most of the inspection and maintenance of insulators currently require manual data collection, which is a heavy workload, single data, and the value of data application is not fully explored, and there is no effective means to check the operation status in real time and analyze the dynamic changes of data

[0006] Moreover, the current operating environment of transmission lines is complex, the number of insulator products is large, the distribution area is wide, the reliability requirements are high, the status characteristics of insulators and product data are large, and the workload of quality traceability, manual inspection, statistics, analysis and evaluation is also high. very big

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