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Dynamic power decoupling for low-voltage ride-through of grid-forming inverters
Feng Ji
,
Zhuang Xu
, Chris Gerada
Faculty of Science and Engineering
Research output
:
Journal Publication
›
Article
›
peer-review
6
Citations (Scopus)
Overview
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Keyphrases
Grid-connected Inverter
100%
Low Voltage Ride-through
100%
Power Decoupling
100%
Dynamic Power
100%
Small-signal Model
50%
Virtual Synchronous Generator
50%
Power Angle
50%
Transient Power
50%
Grid-connected
25%
Dynamic Performance
25%
Power Transfer
25%
Grid Voltage
25%
Voltage Compensation
25%
Experiment Results
25%
Synchronous Generator
25%
Control Strategy
25%
Reactive Power
25%
Active Power
25%
Connection Point
25%
Grid-forming
25%
Coupling Mechanism
25%
Power Grid
25%
Frequency Control
25%
Graphical Models
25%
Virtual Inertia
25%
Power Controller
25%
Power Decoupling Control
25%
Forming Technology
25%
Power Mechanisms
25%
Regulation Power
25%
Power Grid Fault
25%
Large Signal
25%
Engineering
Signal Model
100%
Power Grid
100%
Power Transient
100%
Virtual Synchronous Generator
100%
Dynamic Performance
50%
Grid Voltage
50%
Control Strategy
50%
Synchronous Generator
50%
Reactive Power
50%
Active Power
50%
Forming Technology
50%