10-kilovolt line management system and method based on gis

Abstract

The invention relates to a 10-kilovolt line management system and method based on a GIS. The system comprises a distribution network panorama presentation module for establishing and presenting a distribution network equipment topology model, a user distribution model and a load distribution model in a 10-kilovolt line on a map on the basis of GIS geographical information files, a distribution network running monitoring module for monitoring running data of all the distribution network equipment in the distribution network equipment topology model, a distribution network assistant decision-making module for comprehensively analyzing the distribution network equipment topology model, the user distribution model and the load distribution model in the distribution network panorama presentation model and the monitored running data of the distribution network equipment to obtain weak links of distribution network equipment running, and a distribution network maintenance module for adjusting topology relations in the distribution network equipment topology model according to the weak links of the distribution network equipment running in the distribution network equipment topology model. According to the 10-kilovolt line management system and method based on the GIS, normalization and standardization level of 10 kV management are improved, and meanwhile, the goal of loss reduction of the 10 kV line is fundamentally achieved.

Description

technical field [0001] The invention relates to the field of power distribution networks, in particular to a GIS-based 10 kV line management system and method. Background technique [0002] Line loss in 10kV power distribution network is a common problem in distribution transformer management. Because there are many reasons for line loss, its management is very difficult. At present, in the "four-point" management of line loss, 10kV line loss management is a An important but extremely boring job. In addition, it is difficult to collect the basic data of the 10kV line down-station area. Since most of the urban construction and distribution network reconstruction projects are completed under the circumstances of scrambling for progress, capital and technology, while speeding up the construction of the distribution network, the management work of the station area is very difficult. There are few considerations; incomplete user information, measurement data, contracts, and busi...

AI Technical Summary

Problems solved by technology

In addition, it is difficult to collect the basic data of the 10kV line down-station area. Since most of the urban construction and distribution network reconstruction projects are completed under the circumstances of scrambling for progress, capital and technology, while speeding up the construction of the distribution network, the management work of the station area is very difficult. There are few considerations; incomplete user information, measurement data, contracts, and business orders in Taiwan areas are common; and the resulting measurement and creditor's rights disputes occur frequently; these situations have greatly increased grassroots power supply enterprises At the same time, it also caused the loss of corporate benefits to a certain extent; when problems occurred in the marketing and procurement links, the responsibilities were often unclear and difficult to deal with due to the difficulty in collecting basic data, which made the system lose its original constraints. force

Images