Keyphrases
Distribution Static Compensator (DSTATCOM)
76%
Induction Motor Drive
76%
Inverter
63%
Loss Minimization
38%
Eco-driving
35%
Constant Switching Frequency
32%
Controller
32%
Drive System
27%
System Level
27%
Voltage Source Inverter
27%
Driving Cycle
26%
Switching Frequency
25%
Detailed Simulation
24%
Control Scheme
23%
Frequency-current Control
21%
Power Flow
21%
Constant Frequency
21%
DC-link Capacitor Sizing
21%
Aircraft Systems
21%
Voltage Stabilizer
21%
Matrix Laboratory (MATLAB)
21%
Three-phase Four-wire
21%
Load Compensation
21%
Capacitor Voltage
21%
DC Microgrid
21%
System Stability
21%
Hysteresis Controller
19%
Active Stabilizer
19%
Total Loss
19%
Steady State
16%
Loss Reduction
16%
DC Component
16%
PSCAD
16%
Zero-sequence Current
16%
Aircraft Power Systems
16%
Hysteresis Current Control
16%
Operating Point
16%
Operating Conditions
15%
Energy Loss Minimization
14%
Average Model
14%
Electrified Vehicles
14%
DC Microgrid System
14%
More Electric Aircraft
14%
Minimization Problem
14%
Control Strategy
13%
Design Basis
13%
Capacitance Value
13%
Systems-based
12%
DC Link
12%
Loss Model
10%
Engineering
Inverter
100%
Motor Drive
76%
Induction Motor
71%
Switching Frequency
47%
Drive System
45%
Systems Stability
22%
Capacitor Voltage
21%
Link Capacitor
21%
Hybrid-Electric Vehicle
21%
Aircraft System
21%
DC Microgrid
21%
Stabilizer
21%
Control Scheme
19%
Operating Point
18%
Experimental Result
18%
Simulation Result
18%
Loss Reduction
18%
Energy Dissipation
18%
Power Electronics
16%
Control Strategy
16%
Aircraft Power Systems
16%
Voltage Source Inverter
16%
Transients
14%
Neutral Point
14%
Power Flow
14%
Microgrid System
13%
Dynamic Response
12%
Dc Component
12%
Harmonics
11%
Energy Minimisation
10%
Induction Machine
10%
Electric Road Vehicle
10%
Dynamic Condition
10%
Link Voltage
10%
Transfer Function
10%
Regenerative Braking
10%
Electric Vehicle
10%
Automotives
10%
Electric Machine
9%
Component Model
9%
Commercial Aircraft
9%
Dynamic Behavior
9%
Desired Level
9%
Fault Condition
9%
Power Level
9%
Traction Motors
9%
Current Reference
9%
Dc Link Voltage
8%
Switching Loss
7%
Cross-Coupling
7%
