电测与仪表2018，Vol.55Issue(2)：105-110,117,7.
基于准固定频率MSOGI和MPRC的谐波补偿
Quasi-fixed-frequency MSOGI and MPRC based harmonic compensation
摘要
Abstract
Most of the existing harmonic detection methods are often confronted with the problems of huge calculation load and weak timeliness.To tackle these problems,a practical harmonic detection and compensation strategy is designed based on quasi-fixed-frequency multiple second-order generalized integrators and multiple proportional resonant controllers in this paper.This strategy utilizes the quasi-fixed-frequency multiple second-order generalized integrators to extract the fundamental and harmonic components of the load current in real time,and then,the multiple proportional resonant controllers are employed to generate the compensating current,which reduces the harmonic content of the power grid current.Simulation and experimental results show that the designed strategy can exactly detect the harmonic components and effectively reduce the total harmonic distortion,while overcoming the problems of huge calculation load and weak timeliness of existing methods.关键词
谐波检测/谐波补偿/多重二阶广义积分器/多重比例谐振控制器Key words
harmonic detection/harmonic compensation/multiple second-order generalized integrators/multiple proportional resonant controllers分类
信息技术与安全科学引用本文复制引用
张爱群,曹乾磊,买波,范建华..基于准固定频率MSOGI和MPRC的谐波补偿[J].电测与仪表,2018,55(2):105-110,117,7.基金项目
国家自然科学基金资助项目(61573378) （61573378）
