CAJ | 학술논문

在低速区采用圆形磁链轨迹的间接定子量控制，通过计算定子磁链的周期变化量来获得定子电压矢量信息，从感应电动机的数学模型入手，建立交流感应电动机的磁链观测器模型，利用电磁转矩脉动理论分析间接定子量控制适宜于低速范围；在高速区采用十八边形磁链轨迹的转矩控制方法，以实现交流感应电动机全速域控制。试验结果验证了该方式的有效性。
재저속구채용원형자련궤적적간접정자량공제，통과계산정자자련적주기변화량래획득정자전압시량신식，종감응전동궤적수학모형입수，건입교류감응전동궤적자련관측기모형，이용전자전구맥동이론분석간접정자량공제괄의우저속범위；재고속구채용십팔변형자련궤적적전구공제방법，이실현교류감응전동궤전속역공제。시험결과험증료해방식적유효성。
In the low speed range, indirect stator-quantities control of circular stator flux linkage was adopted and the stator voltage vector was obtained by calculating the periodic variation of stator flux. Flux observer model was established according to mathematical model of induction motor. Electromagnetic torque ripple theory analysis showed that the indirect stator-quantities control was applicable to the low speed range. In high speed range, the torque control of eighteen-corner stator flux linkage was adopted to realize all speed control of AC induction motor. The experimental results verified the effectiveness of the method.