Space vector Fourier analysis of SVM inverters in the overmodulation range
Silverio Bolognani, M. Zigliotto
Abstract
Silverio Bolognani, M. Zigliotto
Abstract
Voltage-source inverters with space vector modulation (SVM) are largely adopted in power conversion for AC drives. In this context, the pulse-width control in the overmodulation range is becoming a topic of considerable interest. The paper proposes a novel application of the space vector Fourier analysis to the voltages produced by the SVM inverters operating in the overmodulation range. A direct derivation of the output voltage low-order harmonic content is given, and a unified and analytical comparison among different SVM inverter overmodulation strategies is enabled.
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Voltage-source inverters with space vector modulation (SVM) are largely adopted in power conversion for AC drives. In this context, the pulse-width control in the overmodulation range is becoming a topic of considerable interest. The paper proposes a novel application of the space vector Fourier analysis to the voltages produced by the SVM inverters operating in the overmodulation range. A direct derivation of the output voltage low-order harmonic content is given, and a unified and analytical comparison among different SVM inverter overmodulation strategies is enabled.
Key concepts: Overmodulation, Support vector machine, Range (aeronautics), Fourier transform, Harmonic analysis, Computer science, Space (punctuation), Vector (molecular biology)