Analysis of Three-phase Rectifiers with AC-side Switches and Interleaved Three-phase Voltage-source Converters

Analysis of Three-phase Rectifiers with AC-side Switches and Interleaved Three-phase Voltage-source Converters

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Of all the alternative and renewable energy sources, wind power is the fastest growing alternative energy source with a total worldwide capacity of over 93 GW as of the end of 2007. However, making wind energy a sustainable and reliable source of electricity doesn't come without its set of challenges. As the wind turbines increase in size and turbine technology moves towards off-shore wind farms and direct drive transmission, the need for a reliable and efficient power electronics interface to convert the variable-frequency variable-magnitude output of the wind turbine's generator into the fixed-frequency fixed-magnitude voltage of the utility grid is critical.Since the converter voltages determine the sectors in the space vector domain, they are the natural choices for the angular references. For phase a, the phasor diagram is presented in Fig. B.1b), where Vsa is the phasor of the sinusoidalanbsp;...


Title:Analysis of Three-phase Rectifiers with AC-side Switches and Interleaved Three-phase Voltage-source Converters
Author:Stephanie Katherine Teixeira Miller
Publisher:ProQuest - 2008
ISBN-13:

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