全球能源互联网2025，Vol.8Issue(4)：431-444,14.DOI:10.19705/j.cnki.issn2096-5125.20240464
电压控制对构网型双馈风机机电时间尺度动态影响建模与机制分析
Modeling and Mechanism Analysis of the Voltage Control Effect on Electromechanical Time-scale Dynamics of the Grid-forming DFIG
摘要
Abstract
The cross-timescale effect rule and mechanism of electromagnetic timescale voltage control on grid-forming DFIG's electromechanical timescale dynamic were studied.Taking DFIG using voltage and current double loop virtual synchronous control strategy as the research object,firstly,the dominant electromechanical timescale model of the system was explored by means of the modal analysis method.And the cross-timescale phenomenon and rule of the influence of electromagnetic timescale voltage control on electromechanical timescale model were found.Then,the research object's excitation-response model and its linearization model were established.And the characteristics of the grid-forming DFIG and the influence path of voltage control involved in the electromechanical timescale dynamics of the system were analyzed.Then,the damping torque analysis method was used to explain the above modal analysis results.Finally,the electromagnetic transient simulation model was built on MATLAB/Simulink software,and the simulation results verified the above modal analysis results and damping torque analysis results.Furthermore,the electromagnetic transient simulation results of the multi-machine two-area system demonstrate that the research conclusions can be extended to the real complex power grid scenarios with multiple machines.关键词
双馈风机/虚拟同步控制/激励响应模型/电压控制/机电-电磁跨尺度作用Key words
doubly fed induction generator/virtual synchronous control/excitation-response model/voltage control/electromechanical-electromagnetic cross-scale interaction分类
信息技术与安全科学引用本文复制引用
梁恺,王枭枭,王派,王耀函,付雪姣,吴林林,李英彪..电压控制对构网型双馈风机机电时间尺度动态影响建模与机制分析[J].全球能源互联网,2025,8(4):431-444,14.基金项目
国网冀北电力有限公司科技项目(52018K22001S).Science and Technology Foundation of State Grid Jibei Electric Power Co.,Ltd.(52018K22001S). （52018K22001S）
