Keyphrases
Model Predictive Control
75%
Wind Turbine
75%
Neutral Point Clamped Converter
50%
Fault Ride-through
50%
Operation Strategy
50%
High Power
50%
Predictive Control Strategy
43%
Switching Frequency Modulation
31%
Voltage Support
12%
Grid Fault
12%
Dynamic Response
11%
Effective Solutions
11%
Cost Function
11%
Switching Frequency
10%
Fault Event
6%
Positive Sequence
6%
Symmetrical Grid Fault
6%
Negative Sequence Current Compensation
6%
Reactive Current Injection
6%
Current Reference
6%
New Requirements
6%
Wind Power
6%
Verification Result
6%
Power Posing
6%
Average Switching Frequency
6%
Voltage Fault
6%
Experimental Verification
6%
Operation Performance
6%
Neutral-point Voltage Balance
6%
Human-in-the-loop
6%
Voltage Control
6%
Current Regulation
6%
Control Strategy
6%
Proposed Strategy
6%
Neutral-point Voltage
6%
Negative Sequence
6%
Control System
6%
Fault Condition
6%
Dynamic Voltage Support
6%
Voltage Limit
6%
Power System Stability
6%
Power Grid
6%
Wind Power Converter
6%
Adaptivity
6%
Asymmetrical Grid Faults
6%
Voltage Switching
6%
Optimal Cost
6%
Multi-objective Control
6%
Ancillary Services
6%
Unbalanced Faults
6%
Engineering
Wind Turbine
100%
Predictive Control Model
75%
Control Strategy
66%
Neutral-Point Clamped Converter
50%
Switching Frequency
41%
Power Converter
33%
Wind Energy Conversion System
25%
Power Control
22%
Ancillaries
18%
Neutral Point
16%
Wind Power
14%
Cost Function
13%
Control Systems
11%
Simulation Result
11%
Dynamic Response
11%
Effective Solution
11%
Current Reference
8%
Power Grid
8%
Limitations
8%
Fault Condition
8%
Optimal Cost
8%
Control Objective
8%
Reactive Power
6%
Voltage Unbalance
6%
Reliability Issue
6%
Condition Monitoring
6%
Power Engineering
6%
Active Power
6%
Current Injection
6%
Thermal Control
6%
Technical Challenge
6%
Systems Stability
6%
Future Trend
6%
Wind Power Generation
6%
Design Guideline
5%
Grid Impedance
5%
Weighting Factor
5%
Operating Point
5%
