Modeling, Design and Simulation of Multilevel Inverter Based Active Power Filter


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Abstract


This paper presents mathematical modeling, design and simulation of a three-phase MLI based APF for compensation of current harmonics present in a high voltage system. A PI controller is designed to control DC link voltage. Complete design methodology for the selection of power and control circuit parameters is developed. The simulation results show that MLI based APF eliminates harmonics in high voltage system.
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Keywords


Active Power Filter; Multilevel Inverter

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References


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