第47卷第4期电网技术Vol.47No.42023年4月PowerSystemTechnologyApr.2023文章编号：1000-3673（2023）04-1323-08中图分类号：TM721文献标志码：A学科代码：470·40考虑功角稳定和暂态过电压的新能源电压穿越控制参数优化林伟芳1，任晓钰1，张桂红2，雷雨1，赵源上1，张祥成2（1．中国电力科学研究院有限公司，北京市海淀区100192；2．国网青海省电力公司经济技术研究院，青海省西宁市810008）OptimizationofVoltageRide-throughControlParametersofRenewableEnergyConsideringPowerAngleStabilityandTransientOvervoltageLINWeifang1,RENXiaoyu1,ZHANGGuihong2,LEIYu1,ZHAOYuanshang1,ZHANGXiangcheng2(1.ChinaElectricPowerResearchInstitute,HaidianDistrict,Beijing100192,China;2.EconomicandTechnologicalResearchInstituteofStateGridQinghaiElectricPowerCompany,Xining810008,QinghaiProvince,China)1ABSTRACT:TherehasbeenanincreasingtrendfortheinstalledcapacityofrenewableenergyinChinayearbyyear.Withtheincreasingproportionofrenewableenergyinthepowersystem,theimpactofrenewableenergyonthestabilityofthepowersystemisbecomingmoreprominent.Inordertoalleviatetheinstabilitycausedbyrenewableenergy,therenewableenergyisgenerallydeliveredcombinedwiththermalpowerunits.WhenACorDCfaultsoccur,thethermalpowerunitsattheDCtransmissionendarepronetopowerangleinstability,andtheconverterstationattheDCsendingendandtherenewableenergyunitsarepronetotransientovervoltage.TheresearchesshowthattheoptimizationofrenewableenergyunitparametersmayalleviatethepowerangleinstabilityoftheDCsendingendandthetransientovervoltageoftheconverterstationandgeneratorend.BasedonthePSASPsimulation,byqualitativelystudyingtheinfluenceofcontrolparametersoftherenewableenergyunitsduringthehigh/lowvoltageride-throughonthepowerangleandthetransientovervoltageattheDCtransmissionend,thispaperputsforwardtheprincipleandideaofparameteroptimizationoftherenewableenergyunits,andverifiesitsrationalitybysimulationaccordingtotheactualpowergridsituation.KEYWORDS:DCtransmission;anglestability;transientovervoltage摘要：我国新能源装机量逐年增加，随着新能源在电力系统基金项目：国网青海省电力公司科...
