AVR、SVC与TCSC的非线性协调控制
AVR、SVC여TCSC적비선성협조공제
Nonlinear Coordinated Control of AVR, SVC and TCSC
  • 万方数据
    安徽电气工程职业技术学院学报 안휘전기공정직업기술학원학보
    JOURNAL OF ANHUI ELECTRICAL ENGINEERING PROFESSIONAL TECHNIQUE COLLEGE
    2014年 1期 5-11 ,共7页

    翁利国%李小腾%夏彦辉

    옹리국%리소등%하언휘

    AVR%SVC%TCSC%精确线性化%鲁棒控制 AVR%SVC%TCSC%精確線性化%魯棒控製
    AVR%SVC%TCSC%정학선성화%로봉공제
    AVR%SVC%TCSC%exact linearization%robust control
    本文致力于建立包含AVR( Automatic Voltage Regulator)、SVC( Static Var Compensator)和TCSC( Flexible Alternative Current Transmission Systems)的电力系统综合动态模型，模型中考虑了电力系统运行中可能遭受到的干扰；应用直接反馈线性化方法将系统的非线性状态方程精确线性化，再对线性化后的状态方程运用控制理论设计了鲁棒控制器。对六机系统的仿真实验证明了本文提出的AVR、SVC与TCSC的协调控制策略能够明显改善电力系统的动态性能、提高系统的暂态稳定水平，从而提高了系统的输电能力。
    본문치력우건립포함AVR( Automatic Voltage Regulator)、SVC( Static Var Compensator)화TCSC( Flexible Alternative Current Transmission Systems)적전력계통종합동태모형，모형중고필료전력계통운행중가능조수도적간우；응용직접반궤선성화방법장계통적비선성상태방정정학선성화，재대선성화후적상태방정운용공제이론설계료로봉공제기。대륙궤계통적방진실험증명료본문제출적AVR、SVC여TCSC적협조공제책략능구명현개선전력계통적동태성능、제고계통적잠태은정수평，종이제고료계통적수전능력。
    The article establishes the integrated dynamic model of power systems including AVR, SVC and TCSC considering disturbance and then applies DFL and control theory to design a robust controller. The experiment in six generators system indicates the coordinated controller can improve the dynamic per-formance and transient stability of power systems, hence enhance the power transfer capacity of power systems.
    원문보기 원문다운로드 사이트로이동
저자의 최근 논문