CAJ | 학술논문

针对传统时域序分量检测算法的不足，在频域上提出一种基于滑窗平均值的Fourier分析算法。该算法通过对三相输入信号进行连续滑动平均加窗的Fourier运算，分解出基波相量的实部分量和虚部分量后，利用对称分量法计算基波相量的各序分量。由Matlab仿真结果可知，基于滑窗平均值的Fourier算法对序分量的检测，动态性能稳定，准确性和实时性高。
침대전통시역서분량검측산법적불족，재빈역상제출일충기우활창평균치적Fourier분석산법。해산법통과대삼상수입신호진행련속활동평균가창적Fourier운산，분해출기파상량적실부분량화허부분량후，이용대칭분량법계산기파상량적각서분량。유Matlab방진결과가지，기우활창평균치적Fourier산법대서분량적검측，동태성능은정，준학성화실시성고。
Aiming at the shortcoming of traditional time domain sequence component detection algorithm, a kind of Fourier analysis algorithm of sliding-window mean-value in frequency domain was put forward. Symmetrical component method was used in calculating the sequence component of the fundamental phasor in this algorithm after using the calculation of continuous average sliding-window of Fourier analysis to separate the real component and the imaginary component of the fundamental phasor from three input signals. The Matlab simulation indicated that using sequence component detection algorithm based on sliding-window mean-value had high accuracy and satisfying real-time, dynamic performance stability.