Grid converters for photovoltaic and wind power systems

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Grid converters for photovoltaic and wind power systems / Remus Teodorescu, Marco Liserre, Pedro Rodríguez

資料種別:

電子ブック

出版情報:

[Hoboken, N.J.] : Wiley Online Library, 2010

形態:

1 online resource (xvii, 398 p.)

著者名:

ISBN:

9780470667057 [0470667052] (: electronic bk)

書誌ID:

TT00016144

子書誌情報

フルテキスト

所蔵情報

書誌詳細

注記:

Includes bibliographical references and index
Print published: Chichester : Wiley , 2011
Description based on online resource; title from PDF title page (viewed on August 9, 2019)

主題:

Electric current converters; Photovoltaic power systems--Equipment and supplies; Wind energy conversion systems--Equipment and supplies

言語:

英語

目次情報:

Preface

About the Authors

Introduction / Chapter 1：

Wind Power Development / 1.1：

PV Power Development / 1.2：

The grid converter- key element in grid integration of WT and PV systems / 1.3：

References / 1.4：

Photovoltaic Inverters Structures / Chapter 2：

Inverter structures derived from H-Bridge topology / 2.1：

Inverter structures derived from NPC topology / 2.3：

Typical PV inverter structures / 2.4：

Three-phase PV Inverters / 2.5：

Control structures / 2.6：

Summary and future trends / 2.7：

Grid Requirements for PV Systems / 2.8：

International regulations / 3.1：

Response to abnormal grid conditions / 3.3：

Power Quality / 3.4：

Anti-islanding requirements / 3.5：

Summary / 3.6：

Equation / 3.7：

Grid synchronization in single-phase power converters / Section 1：

Grid synchronization techniques for single-phase systems / 4.1：

Phase detection based on in-quadrature signals / 4.3：

Some PLLs based on in-quadrature signals generation / 4.4：

Some PLLs based on adaptive filtering / 4.5：

The SOGI Frequency-Locked Loop / 4.6：

Islanding Detection Methods / 4.7：

Non-detection zone / 5.1：

Overview of islanding detection methods / 5.3：

Passive islanding detection methods / 5.4：

Active islanding detection methods / 5.5：

Grid converter structures for wind turbines systems / 5.6：

WTS power configurations / 6.1：

Grid power converter topologies / 6.3：

WTS control / 6.4：

Grid Requirements for WT Systems / 6.5：

Grid codes evolution / 7.1：

Frequency and voltage deviation under normal operation / 7.3：

Active Power Control in normal operation / 7.4：

Reactive power control in normal operation / 7.5：

Behaviour under grid disturbances / 7.6：

Discussion of harmonization of Grid Codes / 7.7：

Future trends / 7.8：

Grid synchronization in three-phase power converters / 7.9：

The three-phase voltage vector under grid faults / 8.1：

The Synchronous Reference Frame PLL under unbalanced and distorted grid conditions / 8.3：

Grid converter control for WTS / 8.4：

Model of the converter / 9.1：

Ac voltage and dc voltage control / 9.3：

Voltage oriented control and direct power control / 9.4：

Stand-alone, microgrid, droop control, grid supporting / 9.5：

Control of grid converters under grid faults / 9.6：

Strategies for Active power control / 10.1：

Strategies for reactive power control / 10.3：

Grid filter design / 10.4：

Filter topologies / 11.1：

Design considerations / 11.3：

Practical examples of LCL-filters and grid interactions / 11.4：

Resonance problem and damping solutions / 11.5：

Non-linear behaviour of the filter / 11.6：

Grid Current Control / 11.7：

Space-vector transformations of three-phase systems / Appendix 1：

Symmetrical components in the frequency domain / A.1.1：

Symmetrical components in the time domain / A.1.3：

Instantaneous power theories / A.1.4：

Origin of power definitions at the time domain for single-phase systems / A.2.1：

Origin of active currents in multi-phase systems / A.2.3：

Instantaneous calculation of power currents in multi-phase systems / A.2.4：

Resonant controller / A.2.5：

Internal Model Principle / A.3.1：

Equivalence of PI controller in dq-frame and P+resonant controller in-frame / A.3.3：

Index

Preface

About the Authors

Introduction / Chapter 1：

Wind Power Development / 1.1：

PV Power Development / 1.2：

The grid converter- key element in grid integration of WT and PV systems / 1.3：

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