电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2012年
5期
116-121
,共6页
有源电力滤波器%模糊控制%非线性%直接反馈控制%线性矩阵不等式%并行分布补偿
有源電力濾波器%模糊控製%非線性%直接反饋控製%線性矩陣不等式%併行分佈補償
유원전력려파기%모호공제%비선성%직접반궤공제%선성구진불등식%병행분포보상
active power filter%fuzzy control%nonlinear%direct feedback control%linear matrix inequality%parallel distributed compensation
为解决三相四线有源电力滤波器的非线性控制问题，时三相四线有源电力滤波器进行电路模型分析，提出采用Takagi-Sugeno模糊直接反馈控制的方法，对电源电流进行模糊直接反馈控制，快速地实现了三相四线有源电力滤波器的非线性电流补偿。采用并行分布补偿的方法设计了模糊反馈控制器，将三相四线有源电力滤波器的非线性问题线性化，在稳定性条件下求解得线性矩阵不等式，得到无功功率及非线性电流全补偿控制策略的状态反馈增益．仿真及实验结果验证了此模糊直接反馈控制的有效性。
為解決三相四線有源電力濾波器的非線性控製問題，時三相四線有源電力濾波器進行電路模型分析，提齣採用Takagi-Sugeno模糊直接反饋控製的方法，對電源電流進行模糊直接反饋控製，快速地實現瞭三相四線有源電力濾波器的非線性電流補償。採用併行分佈補償的方法設計瞭模糊反饋控製器，將三相四線有源電力濾波器的非線性問題線性化，在穩定性條件下求解得線性矩陣不等式，得到無功功率及非線性電流全補償控製策略的狀態反饋增益．倣真及實驗結果驗證瞭此模糊直接反饋控製的有效性。
위해결삼상사선유원전력려파기적비선성공제문제，시삼상사선유원전력려파기진행전로모형분석，제출채용Takagi-Sugeno모호직접반궤공제적방법，대전원전류진행모호직접반궤공제，쾌속지실현료삼상사선유원전력려파기적비선성전류보상。채용병행분포보상적방법설계료모호반궤공제기，장삼상사선유원전력려파기적비선성문제선성화，재은정성조건하구해득선성구진불등식，득도무공공솔급비선성전류전보상공제책략적상태반궤증익．방진급실험결과험증료차모호직접반궤공제적유효성。
To control the nonlinear effectively is the main problem of three-phase-four-line active power filter. Based on the circuit and mathematics model analysis of three-phase-four-line active power filter, Takagi-Sugeno （T-S） fuzzy logic model was established with feedback-control which directly controls the power system line currents and solves the nonlinear. Under condition of the stability of the proposed T-S fuzzy control model, parallel distributed compensation is employed to design fuzzy controllers, the stable feedback gains were obtained by linear matrix inequality. Computer simulations and experimentations tested on a three-phase-four-line APF system indicate the correctness and validity performance of fuzzy controlling with reactive power and harmonic compensation directly by this feedback controller.
