A Dynamic Topology Analysis Method of Distribution Network

Abstract

The invention relates to an analysis method, in particular to a dynamic topology analysis method for a power distribution network. The method is based on network simplification, topology analysis is taken as an independent application unit, dynamic characteristics of functional requirements and operation modes are considered comprehensively, topology analysis demand standards capable of being customized as required are established, and further topology analysis is performed according to a corresponding network simplification mode to respond to changes of distribution network operation modes with local topology analysis. On the basis of guaranteeing real-time performance of application functions, requirements of system extensibility are met.

Description

technical field [0001] The invention relates to an analysis method, in particular to a distribution network dynamic topology analysis method. Background technique [0002] Advanced applications generally use distribution network topology analysis as an embedded module, and the topology analysis module provides dedicated data support to the application as an internal member, and cannot be accessed by other applications. This mode can meet the functional and performance requirements of the top-level application, but it has insufficient scalability and reusability in terms of dynamics. First of all, the topology analysis module is heavily coupled with its application. Some special requirements of topology analysis rely on external program flow. When the working conditions change and the application requirements change, the application module needs to be fully modified; secondly, the development and expansion period cannot span Application reuse of the topology analysis module ...

AI Technical Summary

Problems solved by technology

First of all, the topology analysis module is heavily coupled with its application. Some special requirements of topology analysis rely on external program flow. When the working conditions change and the application requirements change, the application module needs to be fully modified; secondly, the development and expansion period cannot span The application reuses the topology analysis module, which requires a new design and implementation of the topology analysis module based on application requirements. The design process is complex and the implementation workload is huge

To sum up, the traditional model is not conducive to the correction, optimization and replacement of the system

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