Three-phase converter based on reduced redundant power processing concept
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There is a constant development in power switching converters that can be controlled in a simple way and that can fulfill specific requirements in the energy processing. This work develops the model and control strategy of a converter to incorporate a three-phase rectifier and a DC-DC converter, through the reduced redundant power processing approach. The proposed converter is able to achieve a Unity Power Factor and a regulated DC voltage, the resulting converter can be useful in the power extraction from a wind turbine. Along the work it is demonstrated that the alternating current stage control is independent from the DC stage control. This is confirmed by simulations where the converter operation and the control are verified. © 2017 IEEE.
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AC-DC converter; renewable energies; switching converters DC-DC converters; Electric inverters; Rectifying circuits; Ac-dc converters; Alternating current; Modeling and control; Power switching converters; Renewable energies; Switching converter; Three-phase converter; Three-phase rectifiers; Electric rectifiers
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