A smart distribution network planning big data management and control system and method

Abstract

The invention discloses a planning big data management and control system of a smart power distribution network and a method. The system comprises that a data layer constructs a global power network planning model; a basic data dictionary containing power network devices, graph standards and power network operation information is built; an application layer carries out statistic analysis and real time load actual measurement analysis to the power network devices and power network operation states in a set region; automatic filling of power network load data graphs, intelligent operation of planning data, intelligent verification of the planning data and intelligent statistics and summary of the planning data are realized; a service layer selects planning power network schemes; a display layer carries out centralized display, share and information issue to the planning and design achievement. According to the system and the method of the invention, through taking multi-source massive data such as basic geographic information, power network space and attribute thematic information and power network operation real time information as cores, planning and design data resources in the system are effectively integrated, a power network planning and design integrated information platform is built, and power network planning and design information-based foundation is tamped.

Description

technical field [0001] The invention relates to the technical field of intelligent distribution network, in particular to a system and method for planning big data of intelligent distribution network. Background technique [0002] Power grid planning is a complex and arduous system engineering, which has the characteristics of large scale, wide fields, and many participating departments. Power grid planning and design is a complex system engineering, with large data volume, many uncertain factors, and wide And the characteristics of fast update and change. Routineization of planning and design work as the direction of planning development has brought new demands and challenges to planning work. [0003] At present, there are a lot of power grid planning commercial software used in the field of power system planning and design at home and abroad. Domestic power grid planning software mainly includes power system analysis integrated program software package (PSASP), BPA soft...

AI Technical Summary

Problems solved by technology

[0004] (1) It cannot be connected to professional system data such as power grid production, marketing, dispatching operation, etc., and cannot be well integrated with other software

[0005] (2) Cannot support multi-user collaborative work well

[0006] (3) The data display form is single, unable to support data display in the form of graphics, video, animation, interactive experience, etc.

[0007] (4) Planning data quality inspection cannot realize data interconnection and sharing, and cannot manage and control planning data well

[0008] (5) The degree of automation and intelligence is low, the professional system functions are relatively single, and the result output form is single and inflexible; it does not have good scalability

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