电力系统自动化
電力繫統自動化
전력계통자동화
AUTOMATION OF ELECTRIC POWER SYSTEMS
2014年
23期
27-32,45
,共7页
赵大伟%姜达军%朱凌志%钱敏慧%赵亮%张磊
趙大偉%薑達軍%硃凌誌%錢敏慧%趙亮%張磊
조대위%강체군%주릉지%전민혜%조량%장뢰
同步发电机%励磁系统%调速系统%电力系统稳定器%实用模型%DIgSILENT Power Factory%PSASP
同步髮電機%勵磁繫統%調速繫統%電力繫統穩定器%實用模型%DIgSILENT Power Factory%PSASP
동보발전궤%려자계통%조속계통%전력계통은정기%실용모형%DIgSILENT Power Factory%PSASP
synchronous generator%excitation system%speed governor system%power system stabilizer%practical model%DIgSILENT PowerFactory%PSASP
DIgSILENT公司开发的PowerFactory软件在国内外电力系统分析中得到了日益广泛的应用。然而,PowerFactory软件缺乏国内实用的同步发电机控制系统(励磁、调速、电力系统稳定器)模型和参数库,限制了其研究结论准确度的提高。针对这一问题,基于 PSASP 实际工程数据,选取实用的同步发电机控制系统模型类型,在PowerFactory中进行了建模实现,并与PSASP软件进行了仿真对比验证。两区域四机系统中的仿真对比结果验证了所建模型的准确性,为获得更为准确的电力系统分析结果打下基础。
DIgSILENT公司開髮的PowerFactory軟件在國內外電力繫統分析中得到瞭日益廣汎的應用。然而,PowerFactory軟件缺乏國內實用的同步髮電機控製繫統(勵磁、調速、電力繫統穩定器)模型和參數庫,限製瞭其研究結論準確度的提高。針對這一問題,基于 PSASP 實際工程數據,選取實用的同步髮電機控製繫統模型類型,在PowerFactory中進行瞭建模實現,併與PSASP軟件進行瞭倣真對比驗證。兩區域四機繫統中的倣真對比結果驗證瞭所建模型的準確性,為穫得更為準確的電力繫統分析結果打下基礎。
DIgSILENT공사개발적PowerFactory연건재국내외전력계통분석중득도료일익엄범적응용。연이,PowerFactory연건결핍국내실용적동보발전궤공제계통(려자、조속、전력계통은정기)모형화삼수고,한제료기연구결론준학도적제고。침대저일문제,기우 PSASP 실제공정수거,선취실용적동보발전궤공제계통모형류형,재PowerFactory중진행료건모실현,병여PSASP연건진행료방진대비험증。량구역사궤계통중적방진대비결과험증료소건모형적준학성,위획득경위준학적전력계통분석결과타하기출。
DIgSILENT PowerFactory software is increasingly widely used in power system analysis in China and abroad. However,it does not have measurement-based models and parameters of the synchronous generator control system,such as the excitation system,the speed governor system,and the power system stabilizer,which will restrict the improvement of analysis result accuracy.To solve this problem,based on the actual data in PSASP proj ects,the measurement-based models of synchronous generator control systems are selected and established in PowerFactory.Case studies are conducted in a two-area four-machine system.Comparison results between PowerFactory and PSASP have validated the accuracy of the models developed,laying a foundation for obtaining even more accurate results of power system analysis. This work is supported by National High Technology Research and Development Program of China (863 Program) (No.2012AA050203)and State Grid Corporation of China.