Intelligent power distribution network project auxiliary management system

Abstract

The invention discloses an intelligent power distribution network project auxiliary management system. The system comprises a plan management module used for dividing an intelligent power distribution network project overall plan into a plurality of subprojects according to regions and lines and subdividing the subprojects into item projects, a goods and materials module used for realizing goods and materials management by taking an equipment installation place and an equipment double name as root directories, a test module used for realizing warehouse test plan management and test report management, a relay protection setting value management module used for establishing setting value internet release, execution, acceptance check and archiving processes, an automated point table management module used for establishing point table creation, point table audit, field check, acceptance check and archiving processes, and a field operation module used for field reconnaissance and field reconnaissance recording, wherein related personnel have respective permissions. According to the system, the links of plan, goods and materials, setting value, automated point table, warehouse debugging, test and data management and the like can be automatically coordinated.

Description

technical field [0001] The invention relates to an intelligent distribution network management system, in particular to an intelligent distribution network engineering auxiliary management system. Background technique [0002] Smart distribution network is an important means to improve the reliability of urban distribution network power supply, and it is an inevitable trend of the modernization of power system. In recent years, the construction of smart distribution networks across the country has shown a rapid development trend. The demonstration projects of smart distribution networks are large-scale and long-term. Often, the transformation of smart distribution networks in urban areas of a city takes 1-2 years. The departments involved , equipment, materials, materials, and manufacturers far exceed the number of previous distribution network projects, and the workload has increased exponentially. It is difficult to formulate engineering plans, and it has a scale and compl...

AI Technical Summary

Problems solved by technology

Therefore, the adoption of conventional engineering management methods will not be able to guarantee the smooth implementation of the smart distribution network project, and may even cause chaos, repeated power outages, delayed power transmission, quality of equipment installation and commissioning, and incomplete engineering data.

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