Engineering
Distributed Power Generation
100%
Distributed Generation Unit
100%
Connected Mode
100%
Power Grid
75%
Power Injection
50%
Voltage Source Converter
50%
Control Loop
50%
Performance
50%
Generation Source
50%
Integration
50%
High Quality
50%
Models
25%
Fast Response
25%
Fractional-Order
25%
Power Quality
25%
Simulation Result
25%
Sliding Surface
25%
Reaching Phase
25%
Generation Technology
25%
Operating Mode
25%
Sliding Mode
25%
INIS
control
100%
operation
100%
units
100%
impedance
100%
variations
100%
grids
100%
power
62%
injection
25%
voltage
25%
performance
25%
stability
25%
dynamics
12%
surfaces
12%
simulation
12%
interfaces
12%
instability
12%
Keyphrases
Control Approach
100%
Grid-connected Mode
100%
Control Loop
40%
Quality Power
40%
Power Injection
40%
Voltage Source Converter
40%
Tracking Response
20%
Instability Problem
20%
Fractional-order Sliding Surface
20%
Unexpected Uncertainty
20%
Fractional Order
20%
Reference Tracking
20%
Desired Dynamics
20%
Impedance Seen
20%
Sliding Mode
20%
Impedance Change
20%
Distributed Generation Technologies
20%
Reaching Phase
20%