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Increased LVRT capability for VSG-based grid-tied converters
Feng Ji,
Z. Xu
Department of Electrical and Electronic Engineering
Research output
:
Journal Publication
›
Article
›
peer-review
2
Citations (Scopus)
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Keyphrases
Asymmetrical Grid
25%
Control Analysis
12%
Current Limiting Strategy
12%
Detection Delay
12%
Experimental Verification
12%
Fault Condition
12%
Fault Current
25%
Fault Detection
12%
Grid Contingencies
12%
Grid Disturbances
25%
Grid Fault
12%
Grid Voltage Dip
12%
Grid Voltage Sag
12%
Grid-connected Converter
100%
Grid-forming
12%
High Penetration
12%
I-V Characteristics
12%
Improved Control Strategy
12%
Inadequate Management
12%
Integrated Renewable Energy System
12%
Limited Assurance
12%
LVRT Capability
100%
Nonlinear Characteristics
12%
Overcurrent
12%
Power Electronic Components
12%
Power Network
12%
Power Synchronization
12%
Renewable Energy Generation
12%
Rigorous Analysis
12%
Simulation Verification
12%
Source Characteristics
12%
Stability Analysis
12%
Stability Management
12%
Transient Stability
50%
Uphold
12%
Virtual Synchronous Generator
100%
Voltage Recovery
12%
Voltage Source
12%
Vulnerability
12%
Engineering
Control Strategy
12%
Current-Voltage Characteristic
25%
Fault Condition
12%
Grid Voltage
25%
Overcurrent
12%
Penetration Rate
12%
Power Electronics
12%
Renewable Conversion
12%
Rigorous Analysis
12%
Source Characteristic
12%
Stability Analysis
12%
Transients
50%
Virtual Synchronous Generator
100%
Voltage Dip
12%
Voltage Sag
12%
Voltage Source
12%