Topology Deduction and Control for Dual-Active-Bridge Converters
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Beschreibung
This book provides a comprehensive review and classification for dual active bridge DC-DC converters. Based on the unified topology architecture of the dual active bridge DC-DC converters, the topologies derivation law is studied and new converter topologies are deducted correspondingly. Several novel converters are provided to illustrate different topology modification methods, including modified IO types, modified active bridges, modified transformers, adding auxiliary high-frequency networks, and modular topology structure. Meanwhile, the control optimization and the parameter design of the novel converters are also investigated.
This book provides a comprehensive review and classification for dual active bridge DC-DC converters. Based on the unified topology architecture of the dual active bridge DC-DC converters, the topologies derivation law is studied and new converter topologies are deducted correspondingly. Several novel converters are provided to illustrate different topology modification methods, including modified IO types, modified active bridges, modified transformers, adding auxiliary high-frequency networks, and modular topology structure. Meanwhile, the control optimization and the parameter design of the novel converters are also investigated.
Provides an unified architecture and classification of popular bidirectional DC-DC converters Shares solutions on how to derive a novel feasible dual active bridge DC-DC topology Outlines the process for initiating the analysis of a new topology
Autor*in
Guo Xu
Themen in »Topology Deduction and Control for Dual-Active-Bridge Converters«
Dual active bridge DC-DC converter Topologies derivation law Unified topology architecture Modified IO types Modified active bridges modified transformers adding auxiliary high-frequency networks modular topology structure control optimization parameter design