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Sparsity-promoting controller design for VSC-based microgrids
Yanhua Tian
,
Joshua A. Taylor
Research output
:
Chapter in Book/Report/Conference proceeding
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Conference contribution
1
Scopus citations
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Dive into the research topics of 'Sparsity-promoting controller design for VSC-based microgrids'. Together they form a unique fingerprint.
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Keyphrases
AC Network
50%
Autonomous Mode
50%
Communication Topology
50%
Controller Design
100%
Converter Control Design
50%
Converter-based Microgrids
100%
Decentralized Control
50%
Decentralized Controller
50%
Decentralized Voltage Control
50%
Distributed Energy Resources
50%
Fast Dynamic Response
50%
Frequency Control
50%
Inverter-based Microgrid
50%
Local Control
50%
Microgrid
100%
Numerical Examples
50%
Sparsity-promoting
100%
Sparsity-promoting Optimal Control
50%
Utility Grid
50%
Voltage Control
50%
Voltage Source Converter
100%
Engineering
Control Design
25%
Controller Design
100%
Decentralized Control
25%
Decentralized Design
25%
Distributed Energy Resource
25%
Dynamic Response
25%
Local Control
25%
Microgrid
100%
Numerical Example
25%
Optimal Control
25%
Preferred Structure
25%
Sparsity
100%
Computer Science
Decentralized Control
50%
Frequency Control
50%
Numerical Example
50%
Sparsity
100%
Voltage Control
100%