Design of Terminal State Evaluation System for Distribution Network Automation with Distributed Power Sources
As an important component of power system management,distribution network automation aims to improve the reliability,stability,and economy of the power grid.After the introduction of distributed power sources,distribution network automation terminals face new challenges,such as real-time monitoring and evaluation of system status,ensuring power supply safety and quality,etc.This article provides a detailed analysis of the design requirements for a state evaluation system in a distribution network automation system that includes distributed power sources,including requirements for data accuracy,real-time performance,and system flexibility.In the architecture design section of the state evaluation system,a comprehensive system architecture utilizing key technologies such as data fusion and fuzzy logic is proposed,and the application of these technologies in state evaluation is discussed in detail.
distributed power sourcesdistribution network automationterminal status evaluationsystem design
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