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Second harmonic current reduction techniques for single-phase power electronics converter systems

紀錄類型:	書目-電子資源 : Monograph/item
正題名/作者:	Second harmonic current reduction techniques for single-phase power electronics converter systemsby Xinbo Ruan ... [et al.].
其他作者:	Ruan, Xinbo.
出版者:	Singapore :Springer Nature Singapore :2022.
面頁冊數:	xxiv, 288 p. :ill., digital ;24 cm.
Contained By:	Springer Nature eBook
標題:	Electric current converters.
電子資源:	https://doi.org/10.1007/978-981-19-1547-5
ISBN:	9789811915475$q(electronic bk.)

Second harmonic current reduction techniques for single-phase power electronics converter systems
Second harmonic current reduction techniques for single-phase power electronics converter systems[electronic resource] /by Xinbo Ruan ... [et al.]. - Singapore :Springer Nature Singapore :2022. - xxiv, 288 p. :ill., digital ;24 cm. - CPSS power electronics series,2520-8861. - CPSS power electronics series..

Introduction -- Basic Approaches for Reducing Second Harmonic Current in Single-Phase Power Converter -- Second Harmonic Current Reduction for Two-Stage Single-Phase Inverter with Buck-Derived BVCC as Front-End DC-DC Converter -- Second Harmonic Current Reduction for Two-Stage Single-Phase Inverter with Boost-Derived BVCC as Front-End DC-DC Converter -- Second Harmonic Current Reduction for Cascaded Single-Phase Inverter with Pre-Regulator plus LLC Resonant Converter as Front-End DC-DC Converter -- Virtual Parallel-Impedance Based Control Scheme for Electrolytic Capacitor-Less SHCC -- Adaptive Voltage Control for Reducing Light-Load Loss of Electrolytic Capacitor-Less SHCC -- Stability Analysis for Two-Stage Single-Phase Converter with Electrolytic Capacitor-Less SHCC.

Two-stage single-phase converters, including two-stage single-phase dc-ac inverters and two-stage single-phase PFC converters, are interfacing power converters between dc and ac voltage/current sources, which have been widely applied for dc-ac and ac-dc power conversion. For the two-stage single-phase converter, the ac-side power pulsates at twice the ac voltage frequency, resulting in second harmonic current (SHC) which might flow into the dc-dc converter, the dc voltage source, and dc load. This book clarifies the generation, propagation, and side-effects of this SHC and proposes the SHC reduction control schemes for the dc-dc converter, with different topologies and/or different operating modes, in the single-phase converter. On this basis, the second harmonic current compensator (SHCC) is proposed to compensate the SHC, significantly reducing the dc bus capacitance. In doing so, the electrolytic capacitors, with short lifetimes, are removed from the two-stage single-phase converter, leading to extended system lifetime and enhanced system stability. For having flawless SHC compensation performance, the port-current control schemes are proposed for the SHCC. Additionally, the stability analysis is carried out for the two-stage single-phase converter with the addition of SHCC. This book is a monograph combining theoretical analysis and engineering design, which could not only be a reference book for master students, Ph.D. students, and teachers majoring in power electronics but also be a handbook for the electrical engineers working on the research and development of LED drivers, EV on-board chargers, railway auxiliary power supplies, aviation power supplies, renewable energy generation systems, etc.

ISBN: 9789811915475$q(electronic bk.)

Standard No.: 10.1007/978-981-19-1547-5doiSubjects--Topical Terms:

257863
Electric current converters.

LC Class. No.: TK7872.C8

Dewey Class. No.: 621.3815322

Second harmonic current reduction techniques for single-phase power electronics converter systems
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505 0 $a Introduction -- Basic Approaches for Reducing Second Harmonic Current in Single-Phase Power Converter -- Second Harmonic Current Reduction for Two-Stage Single-Phase Inverter with Buck-Derived BVCC as Front-End DC-DC Converter -- Second Harmonic Current Reduction for Two-Stage Single-Phase Inverter with Boost-Derived BVCC as Front-End DC-DC Converter -- Second Harmonic Current Reduction for Cascaded Single-Phase Inverter with Pre-Regulator plus LLC Resonant Converter as Front-End DC-DC Converter -- Virtual Parallel-Impedance Based Control Scheme for Electrolytic Capacitor-Less SHCC -- Adaptive Voltage Control for Reducing Light-Load Loss of Electrolytic Capacitor-Less SHCC -- Stability Analysis for Two-Stage Single-Phase Converter with Electrolytic Capacitor-Less SHCC.
520 $a Two-stage single-phase converters, including two-stage single-phase dc-ac inverters and two-stage single-phase PFC converters, are interfacing power converters between dc and ac voltage/current sources, which have been widely applied for dc-ac and ac-dc power conversion. For the two-stage single-phase converter, the ac-side power pulsates at twice the ac voltage frequency, resulting in second harmonic current (SHC) which might flow into the dc-dc converter, the dc voltage source, and dc load. This book clarifies the generation, propagation, and side-effects of this SHC and proposes the SHC reduction control schemes for the dc-dc converter, with different topologies and/or different operating modes, in the single-phase converter. On this basis, the second harmonic current compensator (SHCC) is proposed to compensate the SHC, significantly reducing the dc bus capacitance. In doing so, the electrolytic capacitors, with short lifetimes, are removed from the two-stage single-phase converter, leading to extended system lifetime and enhanced system stability. For having flawless SHC compensation performance, the port-current control schemes are proposed for the SHCC. Additionally, the stability analysis is carried out for the two-stage single-phase converter with the addition of SHCC. This book is a monograph combining theoretical analysis and engineering design, which could not only be a reference book for master students, Ph.D. students, and teachers majoring in power electronics but also be a handbook for the electrical engineers working on the research and development of LED drivers, EV on-board chargers, railway auxiliary power supplies, aviation power supplies, renewable energy generation systems, etc.
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