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This paper presents a quasi-Z-source integrated multiport converter (ZIMPC) for switched reluctance motor (SRM) drives to reduce the dc-link capacitance and enable wide-speed-range operation. In conventional SRM drives, employing multiphase asymmetrical H-bridge (ASHB) topology, large capacitors are necessary to absorb the transient energy during phase current commutation. However, electrolytic capacitors...
This paper presents a quasi Z-source integrated multiport converter (ZIMPC) for switched reluctance motor (SRM) drives to reduce the dc link capacitance. In conventional SRM drives, employing multi-phase asymmetrical H-bridge (ASHB) topology, large capacitors are necessary to absorb the transient energy during phase current commutation. However, electrolytic capacitors would affect the lifetime, cost...
This paper proposes a four-switch single-phase single-stage isolated AC-DC converter with high efficiency for battery charging applications. By combining one LLC resonant unit and one T-type three-level unit with switch multiplexing technique, a single-stage single-phase isolated LLC resonant (SSPLLC) converter is proposed to achieve AC-DC conversion. In comparison with conventional two-stage isolated...
This paper presents an integrated multi-port converter(IMPC) for Switched Reluctance Machine(SRM). The conventional drive for SRM is based on asymmetrical H-bridge which needs a large capacitor on the dc bus to absorb the transient energy caused by turn-off process. The proposed topology is a multi-port converter which employs the capacitor as an extra port to the dc bus and is integrated based on...
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