SpringerBriefs in electrical and computer engineering
INTERNAL BIBLIOGRAPHIES/INDEXES NOTE
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Includes bibliographical references.
CONTENTS NOTE
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Intro; Contents; About the Authors; Chapter 1: Multilevel vs Two-Level Inverters; References; Chapter 2: Multi DC Source Inverters, Pros and Cons; References; Chapter 3: Single-DC-Source Multilevel Inverters; 3.1 Topologies; 3.1.1 Neutral-Point Clamped and T3; 3.1.2 Active NPC; 3.1.3 Flying Capacitors Converter; 3.1.4 Other Single-DC-Source Multilevel Inverter Topologies; 3.1.5 Modular Multilevel Converter; 3.2 Capacitor Voltage Balancing Techniques; References; Chapter 4: Packed U-Cell Topology; 4.1 Configuration; 4.2 Sensor-Less Voltage Balancing Techniques for PUC5 Inverter
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4.3 Design Criteria4.4 Comparison of PUC5 and Other MLIs topologies; 4.5 PUC5 Inverter Applications; 4.5.1 Standalone Inverter; 4.5.2 Grid-Connected Inverter; 4.5.3 PUC5 Rectifier; 4.5.4 PUC5 STATCOM; 4.5.5 PUC5 Dynamic Voltage Restorer; 4.5.6 PUC5 Three-Phase Inverter; References
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SUMMARY OR ABSTRACT
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The purpose of the book is to distinguish the single-de-source multilevel inverter topologies and to teach their control, switching and voltage balancing. It will include new information on voltage balancing and control of multilevel inverters. The book will answer some important questions about the revolution of power electronics converters: 1- Why multilevel inverter are better than 2-level ones? 2- Why single-de-source multilevel inverters are a matter of interest? 3- What are the redundant switching states and what do they do? 4- How to use redundant switching states in control and voltage balancing? 5- What are the applications of single-de-source multilevel inverters?