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Research On The Application Of Voltage And Reactive Power Optimization Based On AVC System

Posted on:2019-11-10Degree:MasterType:Thesis
Country:ChinaCandidate:L W ZhangFull Text:PDF
GTID:2392330590992167Subject:Electrical engineering
Abstract/Summary:PDF Full Text Request
In recent years,our country has carried out the reform of power grid scale,especially with the electric power demand continues to expand,the reactive power optimization control revealed more and more problems in voltage,such as power supply,power grid leakage is serious,the site of voltage and reactive power configuration does not mean that between the station and the reactive power power allocation is uneven and unable to automatically control,serious impact on economic development and normal life.Therefore,the application and research of voltage and reactive power automatic control technology is an important content.Starting from the related research data query in distribution network,the basic theories and research status of voltage stability and reactive power compensation technology in distribution network are summarized.Through in-depth analysis of the operation status of distribution network,the function requirements of voltage stability and reactive power compensation system are put forward,and the principle of voltage and reactive power optimization system is further explored.On this basis,from the perspective of operation principles,module functions and working scopes of all the devices in AVC reactive power compensation system,the working mode of AVC reactive power optimization system in distribution network is deeply studied.Finally,taking Songjiang District as the main research object,introduces the reactive power optimization system for Songjiang District power grid construction,combined with the actual operation data of Songjiang power grid are analyzed,the actual operation effect evaluation of AVC reactive power compensation system,highlighting the application value of AVC reactive power optimization system.
Keywords/Search Tags:AVC system, Reactive power optimization, Voltage stability
PDF Full Text Request
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