电力电子技术
電力電子技術
전력전자기술
POWER ELECTRONICS
2010年
2期
62-63
,共2页
异步电机%矢量控制%电压模型%正交检波
異步電機%矢量控製%電壓模型%正交檢波
이보전궤%시량공제%전압모형%정교검파
induction motor%vector control%voltage model%orthogonal detection
为提高异步电机控制系统的可靠性和适应性,在异步电机转子磁链定向的矢量控制系统中,对采用幅值补偿改进型积分器的电压模型进行了改进,增加了定子磁链积分正交性的闭环补偿自动调整磁链补偿量到最优值,提高了电压模型对定子磁链的计算精度.实验结果证明了该方法的有效性.
為提高異步電機控製繫統的可靠性和適應性,在異步電機轉子磁鏈定嚮的矢量控製繫統中,對採用幅值補償改進型積分器的電壓模型進行瞭改進,增加瞭定子磁鏈積分正交性的閉環補償自動調整磁鏈補償量到最優值,提高瞭電壓模型對定子磁鏈的計算精度.實驗結果證明瞭該方法的有效性.
위제고이보전궤공제계통적가고성화괄응성,재이보전궤전자자련정향적시량공제계통중,대채용폭치보상개진형적분기적전압모형진행료개진,증가료정자자련적분정교성적폐배보상자동조정자련보상량도최우치,제고료전압모형대정자자련적계산정도.실험결과증명료해방법적유효성.
In order to improve the reliability and adaptability of control system for induction motors,a modified integrator which uses the error of orthogonal detection to adjust the stator flux compensation level automatically to an optimal value is presented.The precision of stator flux is impmved by the modified voltage model.The experimental results show the good performance of the system.