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Keyphrases
Doubly Fed Induction Generator-based Wind Turbine (DFIG-WT)
100%
Fractional Order Terminal Sliding Mode Controller
100%
Sensor Fault
100%
Rotor Current
100%
Adaptive Fault-tolerant
100%
Wind Energy Conversion System
66%
Systems-based
33%
Control Method
33%
Current Dynamics
33%
Efficient Power
33%
Current Velocity
33%
Power Grid
33%
Current Regulation
33%
High Penetration
33%
Power Generator
33%
Performance Assessment
33%
Lyapunov Stability Criteria
33%
Closed-loop Stability
33%
Control Scheme
33%
Model Uncertainty
33%
Fault-tolerant Control
33%
Fractional Order
33%
Fast Finite-time
33%
Chatter
33%
Finite-time Convergence
33%
Sliding Mode Control Method
33%
Power Production Performance
33%
System State
33%
Nonsingular Terminal Sliding Mode Control
33%
Speed Tracking
33%
Trajectory Tracking
33%
Speed Trajectory
33%
Loop Stability Analysis
33%
State Observer
33%
Fractional-order Sliding Mode Control
33%
Rotor Side Converter Control
33%
Current Sensor Fault
33%
Grid Demand
33%
Tracking Performance
33%
Advanced Control
33%
Sliding Surface
33%
Nonlinear Control Strategy
33%
Control of Doubly Fed Induction Generator
33%
Power Tracking
33%
Engineering
Sliding Mode Control
100%
Rotors
100%
Doubly-Fed Induction Generator
100%
Fractional-Order
100%
Compressed Air Motors
100%
Control Scheme
66%
Wind Energy Conversion System
66%
Control Strategy
33%
Power Grid
33%
Stability Analysis
33%
Current Sensor
33%
Lyapunov Stability
33%
Loop Stability
33%
Closed Loop
33%
Sliding Mode Controller
33%
Power Production
33%
Finite Time
33%
Production Performance
33%
System State
33%
Fault Tolerant Control
33%
Sliding Surface
33%
Model Uncertainty
33%
Rotor-Side Converter
33%
Electricity Generation
33%