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Xing'an Power Grid Automatic Voltage Control System Applied Research

Posted on:2020-03-23Degree:MasterType:Thesis
Country:ChinaCandidate:S D LvFull Text:PDF
GTID:2392330599454030Subject:Engineering
Abstract/Summary:PDF Full Text Request
Power system reactive voltage management,designed to stably output high-quality power resources,on the basis of eliminating safety hazards and saving system operating costs.Whether the voltage can be stabilized is directly related to the stability of the power system operation,line loss,power safety,etc.,and its stability can largely reflect the quality of the power.To this end,grid reactive voltage control has received extensive attention from power companies in various countries.In the research of this subject,the author studies the AVC system in the domestic Xing'an area power grid to solve a series of problems in reactive power management.The system is responsible for analyzing and calculating the original data,and accordingly controlling the related equipment,thereby reducing the network loss,increasing the voltage pass rate,and avoiding unnecessary actions of related devices and equipment.After the system is put into practical use,it will provide a strong guarantee for the reliable operation of the power grid in Xing'an.The research content of this paper mainly includes:(1)Design and build the automatic voltage control system of Xing'an Power Grid;(2)Introduction of main functions and pictures of AVC system of Xing'an Power Grid;(3)Xing'an Power Grid AVC System Test;(4)Xing'an Power Grid County comprehensively optimizes the AVC management system construction plan;(5)AVC system operation and benefit analysis.
Keywords/Search Tags:Automatic voltage control, Automatic partitioning, Reactive power compensation, Control strategy, Economic benefit
PDF Full Text Request
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