Real-time Laboratory Implementation Results of an Active Filter

Publication date : May 2010
Paper File : Active-Filter_AlirezaJAVADI_EEEIC2010.pdf



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Abstract

- Proliferation of power electronics converters and electronic equipments has dramatically increased electric pollution in electrical distribution power systems. Active filters (capable of injecting distorted currents in order to cancel harmonics coming from non-linear loads) - Consequently, many theories have been developed to control active filters. Instantaneous power (p-q theory), an overview of the instantaneous compensation theory will be presented. -To illustrate the effectiveness of such compensation an HIL system is realized in laboratory. PHIL system with a real-time Opal-RT simulator. -The analysis of the real-time results to proven the instantaneous compensation of the controller.

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