作者: Po-Tai Cheng , S. Bhattacharya , D.D. Divan
DOI: 10.1109/63.750179
关键词: Harmonic 、 Rectifier 、 Engineering 、 Harmonics 、 Electronic engineering 、 Total harmonic distortion 、 Active filter 、 Power electronics 、 Tuned filter 、 Cost effectiveness 、 Control theory
摘要: This paper presents a dominant harmonic active filter (DHAF) scheme using small-rated square-wave inverters for supply line current reduction high-power nonlinear loads in the range of 10 MW and above to meet IEEE 519 standard. The are connected series with fifth seventh L-C tuned filters, respectively. A synchronous reference frame-based controller which achieves isolation load currents presence voltage distortion is presented. Impact mistuned passive filters on operation rating examined. Simulation results validate proposed under conditions distortion. general applicable 6- or 12-pulse rectifier loads. use (approximately 2% kilovoltampere rating) increases cost effectiveness DHAF system applications.