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High power medium voltage DC/DC converter technology for DC wind turbines
Catalin Gabriel Dincan
AAU Energy
The Faculty of Engineering and Science
Research output
:
PhD thesis
1443
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Dive into the research topics of 'High power medium voltage DC/DC converter technology for DC wind turbines'. Together they form a unique fingerprint.
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Keyphrases
High Power
100%
DC-DC Converter
100%
Converter Technology
100%
Medium Voltage DC
100%
DC Wind Turbine
100%
Modulation Scheme
66%
Transformer
66%
Kilovolt
66%
Medium Voltage
33%
Wind Farm
33%
Phase Shift
33%
Loss of Control
33%
Output DC Voltage
33%
Design Guide
33%
Material Cost
33%
Discontinuous Conduction Mode
33%
Megawatt
33%
Electrical Losses
33%
Rationing
33%
Removal Methods
33%
Wind Power Plant
33%
Variable Input
33%
Bill of Materials
33%
Voltage Sharing
33%
Frequency Control
33%
DC Voltage
33%
Inverter Modulation
33%
Output Variable
33%
Collection Network
33%
Series Resonant Converter
33%
Kilohertz
33%
DC Voltage Level
33%
Loss Sharing
33%
Nominal Frequency
33%
Continuous Conduction Mode
33%
Control Sharing
33%
Sub-resonant
33%
Rectifier Side
33%
LC Tank
33%
Nominal Level
33%
Engineering
DC-to-DC Converter
100%
Wind Turbine
100%
Modulation Scheme
66%
Building Block
33%
Design Guide
33%
Material Cost
33%
Proof-of-Concept
33%
Electrical Loss
33%
Nominal Frequency
33%
Bill of Material
33%