Engineering
Parameter Design
100%
Control Strategy
98%
Duty Cycle
90%
Artificial Neural Network
77%
Phase Shift
77%
Transients
77%
Design Method
77%
DC Microgrid
70%
Experimental Result
63%
Battery (Electrochemical Energy Engineering)
58%
Electric Vehicle
46%
Voltage Fluctuation
46%
Self-Inductance
46%
Battery Pack
43%
Fault Tolerant Control
38%
Circuit Faults
38%
Open Circuit
38%
Output System
38%
Core Loss
38%
Particle Swarm Optimization
38%
Simulation Method
38%
Cascaded System
38%
Stability Analysis
38%
Switching State
38%
Deep Neural Network
38%
Capacitor Voltage
38%
Wireless Power Transfer
38%
Ferrite Plate
38%
Phase Shift
38%
Vehicle to Grid
38%
Energy Storage System
38%
Permanent Magnet Synchronous Motor
38%
Modulation Index
38%
Link Voltage
38%
Motor Drive
38%
Control Scheme
38%
Overcurrent
35%
Power Supply
32%
State of Charge
30%
Power Quality
27%
Input Multi
25%
Neural Network Approach
25%
Monte Carlo Analysis
25%
Output Voltage
25%
Analytical Model
25%
Artificial Neural Network
25%
Current Image
25%
Superposition
25%
Power Loss
22%
Objective Function
19%
Keyphrases
Fault-tolerant Control
38%
Open-circuit Fault
38%
Novel Faults
38%
Retired Battery
38%
Ferrite Inductors
38%
Output Parallel
38%
Inductor Losses
38%
Reconfigurable Converter
38%
Dual Active Bridge Converter
38%
Three-phase DAB Converter
38%
Three-phase Dual-active Bridge
38%
LC Input Filter
38%
Parameter Design Method
38%
Rectangular Coil
38%
Vehicle-to-grid Services
38%
Mobile Charging
38%
Mobile Power
38%
Mobile Vehicle
38%
Smart Mobile Devices
38%
Power Bank
38%
Wireless Fast Charging
38%
Mass Customization Toolkits
19%
Control Strategy
19%
DC Bias
19%
Mobile Energy Storage
19%
Inductance Modeling
15%
Modified Duty
15%
Multi-output System
12%
Input-output System
12%
Piecewise Modeling
12%
Duty Cycle Modulation
12%
Cycle Shift
12%
Virtual DC Machine
12%
Plane Graph
12%
Transmitting Coil
12%
Maximum Transfer Efficiency
12%
MHz Application
12%
Coil Design
12%
Current Equalization
9%
Battery Pack
9%
Current Stress
9%
Small-signal Model
9%
Overcurrent
9%
Equivalent Circuit
9%
Reconfigurable Structure
9%
Operating Principle
9%
Superposition Theorem
9%
Balancing Strategy
9%
Fault Condition
9%
Traditional Strategies
9%
