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分数阶控制器在含风电接入电网的应用

Application of Factional Order Controller in the Grid with Wind Power Integrated
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摘要 风机出力会随风速改变而变化,对含大量风电接入的电网而言,风力出力的变动会影响电网频率。研究利用分数阶PID频率控制器来抑制风机出力变动引起的电网频率不稳定。运用Matlab/Simulink搭建了含风电接入的电网模型,并设计了分数阶控制器。通过仿真分析证明,分数阶PID控制器比传统控制器具有更优的控制性能。 Wind speed can change the output of wind power plants. For the grid with large scale of wind power integration, the output change of wind power plants would result in frequency variation. In order to keep the stability of frequency,a fractional PID frequency controller is proposed. The paper has construc- ted a single-area power system with the wind speed fluctuation was contained based on Matlab / Simulink ,and the fractional controller is designed. Simulation results show that, the improved PID controller has better control performance than traditional frequency controller .
作者 王志兰 赵兴勇 WANG Zhi-lan ZHAO Xing-yong(Department of Electric Power Engineering , Shanxi University, Tai yuan 030013,China)
出处 《电力学报》 2017年第4期265-268,304,共5页 Journal of Electric Power
基金 电力系统运行与控制山西省重点实验室开放基金(2017021032)
关键词 频率控制 风电接入 分数阶 非线性因素 frequency control integration of wind power fractional order nonlinear factors
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  • 1SENJYU T, NORIHIRO N, SABER A Y, et al. Operation Strate- gies for Stability of Gearless Wind Power Generation System[ C]// Power and Energy Society General Meeting Conversion and Deliv- ery of Electrical Energy in the 21st Century, 2008: 20- 24.
  • 2北京银联信息咨询中心.2009中国风电产业发展研究报告[R].北京银联信息中心,2009:24.
  • 3ZBIGNIEW Lubosny, BIALEK W. JANUSZ. Supervisory Control of a Wind Farm[ J]. IEEE Transactions on Power Systems, 2007, 22 ( 3 ) : 985 - 993.
  • 4EKNATH VITYAL, J. D. MCALLY, V. A JJARAPU, et al. Wind Penetration Limited by Thermal Constraints and Frequency Stabili- ty [ C ]//Power Symposium, NAPS ' 07.39th North American, 2007:353 - 359.
  • 5MURAKAMI T, YOKOYAMA A, TADA Y, Basic Study on Bat- tery Capacity Evaluation for Load Frequency Control (LFC) in Power System with a Large Penetration of Wind Power Generation [ J ]. Power System Technology, 2006, 126 (2) : 236 - 242.
  • 6JOE A, DAVID INFIELD G, FRERIS L. Stabilization of Grid Frequency Through Dynamic Demand Control[ J], IEEE Transac- tions on Power Systems, 2007, 22 ( 3 ) : 1284 - 1293.
  • 7HARUNI A M O, GARGOOM A, HAQUE M E, et al. Dynamic Operation and Control of a Hybrid Wind-Diesel Stand Alone Power Systems [ C ]//Twenty-Fifth Annual IEEE Applied Power Electron- ics Coference and Exposition, 2010:162-169.
  • 8KODAMA N, MATSUZAKA T, INOMATA N. The Power Varia- tion Control of a Wind Generator by Using Pmbabilistie Optimal Control[J]. T. lEE Japan, 2001,121(1) : 22 -30.
  • 9SAKAMOTO R, SENJYU T, SAKAMOTO R, et al. Output Power Leveling of Wind Turbine Generators Using Pitch Angle Control for All Operating Regions in Wind Farm[ J]. IEEE Japan, 2005,125 (12) :1159 -1168.
  • 10TOMONOBU Seniyu, YASUAKI Kikunaga, ATSUSHI YONA, et al. Coordinate Control of Wind Turbine and Battery in Wind Pow- er Generator System [ C]//Power and Energy Society General Meeting Conversion and Delivery of Electrical Energy in the 21 st Century, 2008 : 1 - 7.

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