System and method for power equipment verification and abnormal movement operation

Abstract

This disclosure proposes a system and method for power equipment verification and abnormal mobile operations, including: a handheld mobile terminal, a web master station terminal, a PASS service platform, a GIS1.6 system, and a PMS2.0 system; The mobile operation platform "handheld operation and inspection" promoted by the ministry has created a set of APP operation platform based on mobile terminal data verification and changes, and realized the inspection and inspection of medium voltage (transformers, towers, station buildings, lines, etc.) in daily equipment The initiation, reception, and implementation of marketing work orders improve the timeliness and accuracy of information changes in marketing and distribution, thereby realizing the routine work of marketing and distribution business.

Description

technical field [0001] The present disclosure relates to the technical field of power system mobile operation, and in particular to a system and method for power equipment verification and abnormal mobile operation. Background technique [0002] The PMS2.0 system is also called asset (equipment) operation and maintenance lean management system. It is the deepening and combination of dispatching system, marketing system and EPR system. (equipment) for standardized management. The power grid GIS1.6 system is a geographic information system specially marked for the geographic information of power equipment in the power system. [0003] Faced with the ever-increasing demand for field equipment changes, the inconsistency between the system's ledger and graphic data and the field has become increasingly prominent, which cannot meet the requirements of business applications and lean management. The traditional data verification is mostly based on the system, which is not really c...

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Problems solved by technology

[0004] At present, it is difficult to check system data and on-site data, and the method is outdated. The traditional data check is mainly based on the experience of professional workers, and it is impossible to realize the one-to-one check between the system's graphic step-by-step diagram and on-site equipment.

When the equipment changes, professionals need to adjust the graphic information in the PMS2.0 system or the power grid GIS1.6 system. Since the on-site data cannot be compared intuitively, the quality of the data entered into the system is poor.

And because the PMS2.0 system and the power grid GIS1.6 system are internal network systems, it is generally not easy for the mobile application terminal connected to the external network to access the data of the PMS2.0 system and the power grid GIS1.6 system, and the power grid GIS1.6 system The data is marked with geographical information of power system equipment, and the staff cannot directly use the data in the power grid GIS1.6 system for map navigation and other operations when performing practical applications, which is inconvenient in practical applications

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