电源技术
電源技術
전원기술
CHINESE JOURNAL OF POWER SOURCES
2014年
12期
2370-2372,2378
,共4页
谐波检测%有源电力滤波器%Butterworth滤波器%平均值滤波器
諧波檢測%有源電力濾波器%Butterworth濾波器%平均值濾波器
해파검측%유원전력려파기%Butterworth려파기%평균치려파기
harmonic detection%active power filter%Butterworth filter%average filter
根据瞬时无功功率理论基础,基于传统的算法在谐波检测中其动态响应及精度上的不足,对其低通滤波器(LPF)进行改进,增加了平均值滤波算法。理论分析及Matlab仿真实验表明,改进后的谐波检测方法具有较快的动态响应与良好的检测精度,具有较高的应用与研究价值。
根據瞬時無功功率理論基礎,基于傳統的算法在諧波檢測中其動態響應及精度上的不足,對其低通濾波器(LPF)進行改進,增加瞭平均值濾波算法。理論分析及Matlab倣真實驗錶明,改進後的諧波檢測方法具有較快的動態響應與良好的檢測精度,具有較高的應用與研究價值。
근거순시무공공솔이론기출,기우전통적산법재해파검측중기동태향응급정도상적불족,대기저통려파기(LPF)진행개진,증가료평균치려파산법。이론분석급Matlab방진실험표명,개진후적해파검측방법구유교쾌적동태향응여량호적검측정도,구유교고적응용여연구개치。
According to the basis of the instantaneous reactive power theory, based on the insufficiency of dynamic response and precision in traditional algorithm which used in harmonic detection, the low-pass filter (LPF) was improved and the average filtering algorithm was added. Theoretical analysis and Matlab simulation results show that the improved harmonic detection method has faster dynamic response and good detection precision, and has higher application and research value .