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A new offshore high-voltage dc (HVDC) wind generation scheme is proposed in this paper. The scheme implements a high-voltage hybrid generator (HG) as well as HVDC interconnection and transmission systems. The turbine power train of the proposed system is compared with a typical system installed in a commercial wind farm. The analyses demonstrate improvements in system losses and, hence, efficiency,...
This paper proposes a high voltage hybrid generator (HG) for wind turbine application. The output of the HG is rectified to a DC-link. The HG employs a multiphase stator winding that improves power density while eliminating the DC-link capacitors at the machine rectified output. The HG has two rotor field excitations, namely permanent magnet (PM) and wound field (WF). The PM and WF elements of the...
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