TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| ' | |
| 'Consensus Control' | |
| 'Distributed Secondary Control' | |
| 'Islanded Microgrid' | |
| 'Voltage Control' | |
| - | |
| - Active Clamp Snubber | |
| - Bluetooth controller | |
| - DC-DC Converter | |
| - Electromagnetic Induction type Wireless Power Transmission | |
| - High switching frequency | |
| - No losses active snubber | |
| - Quasi Resonant Flyback | |
| - RCD snubber | |
| / | |
| /electromagnetic hammer | |
| /performance of high temperature | |
| 1 | |
| 1000kV UHV | |
| 10kV distribution network | |
| 2 | |
| 2-D and 3-D direct coupled model | |
| 2-D Halbach Magnet Array | |
| 2-D magnet array | |
| 2-D magnetic properties | |
| 2D finite element analysis (FEA) | |
| 3 | |
| 3-D air-gap | |
| 3-D dynamic simulation | |
| 3-D FEM | |
| 3-D finite element analysis | |
| 3-D finite-element method | |
| 3-D Magnetic Properties Measurement System | |
| 3-order harmonic | |
| 3D FEA | |
| 3D magnetic field measurement | |
| 3D magnetic sensor | |
| 3D-FEA | |
| 4 | |
| 4D power system | |
| 4phase 8/6 srm | |
| 8 | |
| 8200 series electric locomotive | |
| A | |
| A Bearingless Induction Motor | |
| AC drives | |
| ac excited pump storage unit (ACEPSU) | |
| AC losses | |
| AC machine | |
| AC microgrid | |
| AC-AC Converter | |
| acceleration | |
| acoustic noise | |
| Active common-mode filter | |
| Active damping | |
| Active Disturbance Rejection Control | |
| Active disturbance rejection control (ADRC) | |
| Active noise reduction | |
| Active power correction module | |
| Active power filter | |
| Active Rectifier | |
| Active short circuit | |
| Active Stabilization | |
| active suspension control | |
| active vibration cancellation | |
| actuator | |
| Adaptive control | |
| Adaptive Filter | |
| adaptive genetic algorithm | |
| adaptive law | |
| Adaptive Neuro Fuzzy | |
| adaptive virtual impedance | |
| Adjusting phase angle | |
| ADRC | |
| Advanced | |
| Advanced Differential Evolution | |
| Aerial Vehicle | |
| AFFSFTM | |
| AFPM | |
| Aging | |
| Air conditioners | |
| air cooling induction motor | |
| air core reactor | |
| air gap magnetic field | |
| air-gap flux density | |
| Air-gap flux orientation control | |
| algorithm of chickens | |
| Alloy | |
| alternately saturated | |
| Alternative Energy | |
| Aluminum shielding | |
| AMB | |
| amorphous stator core | |
| Ampacity | |
| Analysis | |
| analytic method | |
| analytical calculation | |
| analytical method | |
| analytical model | |
| analytical modeling | |
| Analytical solution | |
| Analytical windage losses model | |
| angle stability | |
| ANSYS Icepak | |
| ant colony optimization algorithm | |
| anti-short-circuit | |
| APF, | |
| Application-oriented design | |
| Approximation Function | |
| Arc | |
| Arc linear permanent magnet machine | |
| arc-linear axial flux permanent-magnet synchronous machine (AL-AF-PMSM) | |
| arresting cable | |
| arresting system | |
| Arrhenius Equation | |
| AS5304 | |
| Asset Management | |
| assistant teeth | |
| Asymmetric primary | |
| Asymmetric Salient Pole | |
| asymmetric trapezoidal | |
| Asymmetrical fault | |
| Asymmetrical Grid Faults | |
| Asymmetrical short-circuit | |
| Asymmetrical Single-phase Induction Motor | |
| asymmetrical stator | |
| Asynchronous motor | |
| atomization parameter | |
| Automatic generation | |
| automatic Multi-Objective Optimization | |
| automatic retract | |
| Automotive driving cycle | |
| Auxiliary | |
| auxiliary power system | |
| Auxiliary power unit | |
| Auxiliary slot | |
| Auxiliary tooth | |
| auxiliary winding | |
| AVC | |
| Aviation power generation system | |
| axes cross-coupling | |
| axial field | |
| axial field flux-switching permanent magnet machine | |
| Axial field motor | |
| Axial flux | |
| axial flux machine | |
| axial flux permanent magnet (AFPM) machines | |
| axial flux permanent magnet machines | |
| Axial flux permanent magnet motor (AFPM) | |
| axial flux rotor | |
| Axial Flux Switching Machines | |
| axial magnetic field coreless permanent magnet motor | |
| axial magnetic force, | |
| Axial PM machine | |
| axial-field | |
| axial-flux | |
| Axial-flux machine | |
| Axial-flux permanent magnet (AFPM) | |
| axial-flux PM machine, | |
| Axially tapered stator tooth tip | |
| B | |
| B-H curve | |
| B-H sensing structure | |
| back EMF coefficient | |
| back EMF harmonics | |
| Back-EMF synchronized | |
| backEMF | |
| Backstepping | |
| Balancer | |
| ballscrew system | |
| Bar current | |
| Bar-cage rotor | |
| Bar-type IPM | |
| Bare-bones particle swarm optimization | |
| base plate solder | |
| Basic characteristic | |
| Battery | |
| Battery direct current resistance | |
| battery energy storage | |
| battery management | |
| Battery management system | |
| battery module | |
| Battery power capability prediction | |
| Battery Powered Railway Vehicle | |
| Battery storage | |
| Bearing fault detection | |
| Bearingless | |
| Bearingless Flux-switching Motor (BFSM) | |
| bearingless permanent magnet synchronous motor | |
| Bearingless switched reluctance motor | |
| bearingless switched reluctance motor (BSRM) | |
| bearingless synchronous reluctance motor | |
| behavioral model | |
| BFBIC | |
| Bi-directional converter | |
| Bi-directional DC-DC Converters | |
| Bias-Flip Rectifier | |
| biased Flux | |
| bidirectional | |
| bidirectional DC/DC converter | |
| bidirectional power flow | |
| bifurcation | |
| biological intelligent control | |
| Bipolar LVDC | |
| Bipolar-CMOS-DMOS | |
| BLDC Motor | |
| BLDCM | |
| Blender Machine | |
| Bond Graph | |
| Bonded Halbach cylinder | |
| Boost chopper converter | |
| boost converter | |
| boost full-bridge isolated ; | |
| boost mode | |
| boost voltage | |
| BP algorithm | |
| BPMSM | |
| Braking unit | |
| breakage | |
| bridge-like amplification mechanism | |
| Brushless | |
| brushless DC machine | |
| brushless DC motor | |
| Brushless Doubly Fed Machine | |
| Brushless Doubly Fed Machines (BDFM) | |
| brushless doubly fed reluctance machine | |
| brushless doubly fed twin stator induction generator | |
| brushless doubly-fed generator | |
| Brushless doubly-fed generator (BDFG) | |
| brushless doubly-fed machine | |
| Brushless Doubly-Fed Machine (BDFM) | |
| bubble defect | |
| buck mode | |
| Buck-Boost | |
| Buck-boost converter | |
| Buck-boost inverter | |
| burn-in test | |
| Burr | |
| C | |
| cable equation | |
| calculation method | |
| calculation model | |
| Calorimeter | |
| canned solid-rotor induction motor with squirrel-cage | |
| Capacitance calculation | |
| capacitor voltage estimation | |
| Carbon Fiber Composite Materials | |
| carrier wave ratio | |
| cascaded H-bridge rectifier | |
| Cascaded Half-Bridge | |
| cascaded system | |
| Cascased H-bridge inverter | |
| ceramic winding carrier | |
| CGID(Commercial Grade Item Dedication) | |
| Channel optimization | |
| chaotic characteristic | |
| chaotic oscillation | |
| characteristics | |
| Characterization | |
| Charging and discharging | |
| Chip resistor | |
| Circuit breaker | |
| Circuit integration | |
| circuit synthesis | |
| circulating current | |
| clamp circuit | |
| Closed slot | |
| closing protection | |
| closing state | |
| Cloud based Control | |
| Cloud Computing | |
| cluster center | |
| Clustering | |
| Coasting characteristics | |
| Coasting synchronization | |
| coated superconductor magnets | |
| Cogging torque | |
| cogging torque design of experiment | |
| coil | |
| collaborative control | |
| Color Sensor | |
| Combined Clustering Algorithm | |
| Combiner lens | |
| Common DC bus | |
| Common Mode Voltage elimination | |
| Common Mode Voltage mitigation | |
| Common-mode voltage | |
| communication system | |
| commutation | |
| Commutation Compensation | |
| compensation | |
| Compensation current | |
| compensation windings | |
| Complex Simpson integral formula | |
| complex vector | |
| complex vector regulator | |
| Compound fuzzy control | |
| computation time | |
| Computational fluid dynamics | |
| Concentrated | |
| concentrated winding | |
| Condition monitoring | |
| Condition Monitoring techniques | |
| conditional value-at-risk | |
| conducted electromagnetic interference | |
| Conductive media | |
| conductivity | |
| conductor temperature | |
| Conical-rotor PM generator, | |
| Connect model | |
| Consensus algorithm | |
| consequent pole | |
| consequent pole (CP) rotor | |
| Consequent-pole | |
| constant current | |
| constant current source pulse (CCSP) | |
| Constant Power Load | |
| Constant Power Loads | |
| Constant speed drive | |
| Constant voltage constant frequency | |
| Contact Loss | |
| Contactless power transfer | |
| contactless transformer | |
| contactors | |
| continuous skew | |
| Continuous Transition Model | |
| Control | |
| Control Method | |
| control strategies of converters | |
| control strategy | |
| Control System | |
| control wind turbine | |
| controllable excitation LSM | |
| controllable reactor | |
| controller | |
| Conversion System | |
| converter | |
| converter topology | |
| converter-fed rotor | |
| cool of motor | |
| cooling medium | |
| Cooling performance | |
| Cooling system | |
| cooperation game | |
| Coordinate Control | |
| coordinated control method | |
| coordinative optimization control | |
| Copper | |
| core loss | |
| core losses | |
| correlation algorithm | |
| Correlative Switching Technique | |
| Cost benefit analysis | |
| cost of maintenance | |
| Counteracting PWM schemes | |
| coupled harmonic oscillators | |
| Coupling analyses | |
| coupling characteristics | |
| Cross-coupled magnetic saturation | |
| Crosscoupling | |
| crowbar circuit | |
| cryogenic permanent magnet synchronous motor | |
| CSM | |
| Cumulative distribution function | |
| cumulative fatigue damage rule | |
| cup-shaped axial magnetic contact | |
| current control | |
| Current derivative | |
| Current Derivative Measurement | |
| Current distribution | |
| Current Feedforward | |
| current harmonic suppression | |
| Current limiting reactor(CLR) | |
| current minimization | |
| current observer | |
| current predictive control | |
| Current ripple | |
| Current source | |
| Current Source Controller | |
| Current source inverter | |
| Current source rectifier | |
| current trajectory | |
| current transient | |
| current-source inverter | |
| current-source thyristor inverter | |
| D | |
| d-q transformations | |
| DAB | |
| damper windings | |
| Damping force | |
| Data Interpolation | |
| Data mining | |
| DB-DTFC | |
| DBSRC | |
| DC bias | |
| DC breaker | |
| DC Bus inductor | |
| DC chopper circuit | |
| DC components | |
| DC distribution | |
| DC distribution system | |
| DC electric system | |
| DC Electromagnetic Pump | |
| DC high current | |
| DC micro-grid | |
| DC microgrid | |
| dc motor drive | |
| DC solid state transformer | |
| DC-AC power conversion | |
| DC-DC boost converter | |
| DC-DC converter | |
| DC-Link Capacitor | |
| DC-link voltage sensorless | |
| DC-machines | |
| DC-to-DC converter | |
| DC/DC Converter | |
| dc/dc converters | |
| DCM/CCM | |
| DE algorithm | |
| Dead Band | |
| Dead-time | |
| deadbeat control | |
| deadbeat-direct torque and flux control | |
| Decentralized control | |
| Decision tree classification | |
| decompose fault model | |
| decoupling control | |
| decoupling control strategy | |
| Deep Learning | |
| delay | |
| demagnetization | |
| Demand Control | |
| Demand response | |
| Demand response aggregation | |
| Demand Response Provider | |
| demodulation | |
| Dependable control | |
| Design | |
| Design and Comparison | |
| Design and Control | |
| Design of Experiment (DoE) | |
| Design optimization | |
| design technology | |
| deviation decouling strategy | |
| DFIG | |
| DFIG wind turbines | |
| DFT | |
| DGA | |
| DGA(dissolved gas analysis) | |
| Diagnostic Coverage | |
| dielectric losses | |
| Diesel Generator | |
| different locations | |
| Different Operational Conditions | |
| Different rotor structure | |
| differential equations | |
| Differential Negative Feedback Control | |
| digital control | |
| digital control system | |
| Digital Electrical Appliances | |
| Digtial control delay | |
| Diode-Clamped Modular Multilevel Converters | |
| Dipole-Collective | |
| direct control | |
| direct coupling | |
| direct current | |
| Direct Matrix Converter | |
| direct measurement | |
| direct power control | |
| Direct Self Control | |
| Direct Thrust Control | |
| Direct torque and flux control | |
| Direct Torque Control | |
| direct torque control (DTC) | |
| direct voltage control | |
| Direct-Drive | |
| Direct-drive robotics | |
| direct-drive wave energy conversion system | |
| direct-drive wave power generation | |
| direct-drive wind power generation | |
| Direct-driven | |
| Direct-type lead exit | |
| discharge | |
| discharge performance | |
| disconnector | |
| discontinuous conduction mode | |
| Discontinuous current mode | |
| discrete elements model | |
| discrete-time complex vector current regulator | |
| discrete-time sliding mode control (DSMC) | |
| Discretization | |
| displacement estimator | |
| Distributed | |
| distributed computation technique | |
| distributed control | |
| Distributed Generation | |
| distributed winding | |
| Distribution Networks | |
| distribution transformer | |
| disturbance compensation | |
| disturbance observer | |
| disturbance observer (DOB) | |
| disturbance rejection property | |
| Doernenburg | |
| Domain Control Units | |
| double fed induction machine | |
| double Fourier integral analysis | |
| Double inverters | |
| double level network | |
| double modulation wave carrier PWM | |
| double pulse test | |
| Double rotor | |
| Double sided linear induction motor | |
| Double stator | |
| Double-end supply | |
| double-fed induction generator(DFIG) | |
| Double-side permanent magnet linear synchronous generator | |
| double-sided tubular generator | |
| double-stator flux-switching permanent magnet motor | |
| doubly fed induction generator | |
| Doubly fed induction generator (DFIG) | |
| doubly fed induction generators (DFIG) | |
| Doubly salient | |
| doubly salient electro-magnetic machine | |
| Doubly Salient Electro-Magnetic Motor | |
| doubly-excited winding | |
| Doubly-Fed Induction Generator | |
| doubly-fed start-up | |
| DPC | |
| DQ current controller | |
| drag system | |
| Drive performance | |
| drive-trains | |
| driving cycle | |
| Droop control | |
| DRPMR machine | |
| DSBDFG | |
| DSC(Delayed Signal Cancellation) | |
| DSP | |
| DTC | |
| dual active bridge | |
| dual air gap | |
| Dual cooling passages | |
| Dual excitation control | |
| dual extended Kalman filter (DEKF) | |
| Dual Fan Motors | |
| Dual Inverters | |
| dual power flow | |
| Dual rotor | |
| dual stator | |
| dual stator Doubly Salient Electro-magnet Motor | |
| Dual stator winding inducton machine | |
| dual SVM method | |
| Dual three-phase (DTP) | |
| dual-active-bridge converter (DAB) | |
| dual-closed loop | |
| dual-inverter | |
| dual-loop control | |
| dual-rotor | |
| Dual-side cascade inverter | |
| dual-stator | |
| dual-stator brushless doubly fed induction machine | |
| dual-stator brushless doubly-fed generator | |
| Duality electric magnetic circuit | |
| Duffing system | |
| Dummy slot | |
| duty cycle modulation | |
| duty ratio control | |
| duty ratio modulation | |
| Duval | |
| DVR | |
| DWIG system | |
| dynamic characteristics | |
| dynamic coupling | |
| Dynamic Current | |
| Dynamic DC load | |
| dynamic decoupling control | |
| dynamic demonstrating | |
| dynamic electrical networks | |
| dynamic equivalent modeling method | |
| Dynamic model s | |
| Dynamic performance | |
| dynamic process | |
| dynamic response | |
| dynamic response characteristics | |
| Dynamic Stability | |
| dynamic voltage restorer | |
| E | |
| E-core | |
| E-CVT | |
| Earth Fault Protection | |
| Eccentric rotor | |
| eccentricity | |
| Eccentricity Fault | |
| Economic dispatch | |
| Economical Replacement Cycle | |
| ECRIS magnet | |
| ECU | |
| eddy current | |
| Eddy current distributions | |
| Eddy current loss | |
| Eddy current magnet loss | |
| eddy current sensor | |
| Effective skin depth | |
| efficiency | |
| efficiency control | |
| efficiency improvement | |
| efficiency maps | |
| Efficiency optimization control | |
| Efficiency optimization control (EOC) | |
| EHV shunt reactor | |
| Electric Drives | |
| Electric field | |
| electric field distribution | |
| electric field generation | |
| electric grid | |
| electric machine | |
| electric motor | |
| electric property | |
| electric tools | |
| electric traction | |
| Electric vehicle | |
| Electric Vehicle (EV) | |
| Electric vehicles | |
| Electric Vehicles(EVs) | |
| Electrical | |
| Electrical Analogue | |
| Electrical damping | |
| electrical drives | |
| electrical engineering | |
| Electrical engineering education | |
| electrical life | |
| electrical loss | |
| Electrical Machinery | |
| electrical properties | |
| Electrical steel | |
| electrical variable transmission | |
| electrically excited synchronous machine | |
| Electricity markets | |
| Electriv Vehicle | |
| electro-thermal | |
| Electrolytic Capacitor-less | |
| Electromagnet Actuator | |
| electromagnet structure | |
| electromagnetci performance | |
| electromagnetic analysis | |
| electromagnetic and temperature coupling | |
| electromagnetic and thermal characteristics | |
| electromagnetic and thermal coupled analysis | |
| electromagnetic and thermal design | |
| electromagnetic arresting gear | |
| Electromagnetic clutch | |
| Electromagnetic coupling | |
| electromagnetic design | |
| electromagnetic detection | |
| Electromagnetic devices | |
| Electromagnetic energy harvester | |
| Electromagnetic Exciting Force | |
| electromagnetic field | |
| electromagnetic force ripple | |
| Electromagnetic Forces | |
| Electromagnetic loss | |
| electromagnetic modeling | |
| electromagnetic optimization | |
| electromagnetic performances | |
| Electromagnetic properties | |
| Electromagnetic torque | |
| Electromagnetic vibration | |
| Electromagnetic-Fluid-Thermal Coupling | |
| electromagnetic-mechanical coupled model | |
| electromagnetic-structural coupled analysis | |
| electromagneto-mechanical two-way coupled model | |
| electrostatic precipitator | |
| Elimination of the steady state error | |
| EMA | |
| emergency diesel generator | |
| Emergency Power | |
| EMF integration | |
| EMI | |
| end effect | |
| end leakage reactance | |
| end region | |
| energy | |
| Energy Balanced | |
| energy consumption | |
| energy conversion | |
| Energy Harvesting | |
| Energy management | |
| energy management system | |
| energy method | |
| energy router | |
| energy saving | |
| energy storage | |
| Energy storage generator | |
| energy storage system | |
| Energy Storages | |
| Engine-generator | |
| engineer | |
| engineering design | |
| EPIM (Explosion-proof Integrative Motor) | |
| Equilibrium Strategy | |
| equivalent circuit | |
| equivalent circuit parameter | |
| equivalent electrical-circuit model (ECM) | |
| Equivalent magnetic circuit | |
| equivalent magnetic network circuit | |
| equivalent relationship | |
| EQUIVALENT UNIFORM ANNUAL COST(EUAC) | |
| error | |
| Estimation Error | |
| EV applications | |
| evaporative cooling | |
| evporative cooling | |
| Excitation control system | |
| Excitation Frequency | |
| exciting and auxiliary poles | |
| experimental correlation | |
| Experimental evaluation | |
| Experimental result | |
| experimental voltage generator | |
| exported torque | |
| extended electromotive force | |
| Extended Kalman filter | |
| Extended state observer | |
| extended state observer (ESO) | |
| external rotor | |
| external rotor PMSM | |
| external rotor surface permanent magnet machine | |
| External-internal relation of magnetic field | |
| external-rotor permanent magnet synchronous machine | |
| extreme learning machine (ELM) identifier | |
| F | |
| Fail Code | |
| Failure modes | |
| Fast Fourier Transform | |
| fast simulation | |
| Fatigue Fracture | |
| fatigue life prediction | |
| fault analysis | |
| fault current | |
| Fault Detection | |
| Fault diagnosis | |
| fault identification | |
| fault location | |
| fault mode | |
| Fault Model | |
| Fault Signature | |
| Fault tolerance | |
| fault tolerant | |
| fault tolerant control | |
| fault tolerant permanent magnet synchronous motor | |
| fault Transient expression | |
| Fault-Compensation | |
| Fault-Tolerance | |
| fault-tolerant | |
| Fault-Tolerant Motor | |
| fault-tree analysis(FTA) | |
| Fe-Ga alloy | |
| FEA | |
| feature selection | |
| FEA, | |
| Feed-forward control | |
| Feed-Forward Control、 | |
| feedback flux-weakening | |
| Feeder cable | |
| FEM | |
| FEM Design | |
| FEM method | |
| ferrite | |
| ferrite core | |
| ferrite magnet | |
| Ferrite permanent magnet machine | |
| ferromagnetic poles | |
| Ferromagnetism | |
| Ferroresonance assessment | |
| FFRLS | |
| Field Computation | |
| field coupling model | |
| field flux-switching permanent magnet motor | |
| field Installation; | |
| field modulated | |
| Field Orientated Control | |
| Field Oriented Control | |
| Field parameter | |
| Field Test | |
| Field Weakening Region | |
| field winding H-bridge | |
| Field-Circuit Coupled | |
| field-modulation | |
| field-oriented control | |
| Filed Weakening | |
| filter design | |
| finite element | |
| finite element analysis | |
| Finite Element Analysis (FEA) | |
| finite element electromagnetic field analysis | |
| finite element method | |
| Finite element method (FEM) | |
| finite element methods (FEM) | |
| finite element simulation | |
| finite method | |
| finite state machine (FSM) | |
| Finite-element analysis | |
| finite-element method | |
| firing angle | |
| Five-leg Voltage Source Inverter | |
| Five-level inverter | |
| Five-Phase | |
| five-phase inverter | |
| five-phase IPM motor | |
| flexible converter | |
| Flexible loads | |
| Flexible Power Transmission Device | |
| FLL(Frequency Locked Loop) | |
| flow characteristics | |
| flow parameter | |
| fluid field | |
| fluid-thermal coupled | |
| flux barrier | |
| Flux Barrier Machine | |
| flux density distribution | |
| Flux leakage effects | |
| flux reversal | |
| flux switching | |
| Flux Switching Machines | |
| Flux switching motor with segmented secondary | |
| Flux Weakening | |
| Flux-barrier | |
| Flux-focusing structure | |
| flux-linkage based method | |
| flux-modulated machine | |
| flux-modulation machine | |
| flux-regulation | |
| flux-regulation capability | |
| flux-switching | |
| Flux-switching machine | |
| flux-switching permanent magnet | |
| flux-switching permanent magnet machines (FSPMM) | |
| Flux-switching permanent magnet motor | |
| Flux-varying | |
| Flux-weakening | |
| Flux-weakening control | |
| flux-weakening performance | |
| FluxEstimation | |
| flyback microinverter | |
| flying capacitor | |
| flywheel | |
| Flywheel Energy Storage System (FESS) | |
| flywheel energy system | |
| flywheel system | |
| FMPM in-wheel motor | |
| follow-up mode | |
| force characteristic | |
| force density | |
| Force ripple | |
| Forging applications | |
| four-switch three-phase inverter | |
| FPGA | |
| Fraction slot concentrated winding | |
| fractional order model | |
| fractional slot | |
| fractional-order model | |
| Fractional-slot concentrated winding | |
| Fractional-slot concentrated-winding | |
| Fractional-slot concentrated-wound stator | |
| Fractional-slot windings | |
| free-piston energy converter | |
| Freewheeling | |
| frequency | |
| frequency change rate | |
| Frequency control | |
| frequency cross coupling | |
| frequency division | |
| Frequency Factor | |
| frequency regulation | |
| Frequency Splitting | |
| frozen permeability method | |
| FSPM | |
| FSS control | |
| fuel cell Power generation | |
| full-bridge converter | |
| Full-Bridge Inverter | |
| full-order stator flux observer | |
| fully HTS electric motor | |
| Fully-immersed evaporative cooling | |
| Functional Safety | |
| Fundamental | |
| Fundamental motor loss | |
| fuzzy clustering algorithm | |
| fuzzy control | |
| fuzzy entropy | |
| Fuzzy Logic Control | |
| G | |
| Galfenol | |
| Game Theory | |
| GaN HEMT | |
| gas insulated bus | |
| Gas pressure regulator | |
| gate drive | |
| Gate Drivers | |
| generation | |
| generator control | |
| genetic algorithm | |
| genetic algorithm optimization | |
| giant magneto resistive (GMR) | |
| GIB | |
| GIS | |
| goaf | |
| good speed expansion capability | |
| Grain-Oriented Silicon Steel | |
| grid | |
| Grid Connected | |
| grid connected converter | |
| Grid connected converters | |
| grid integration | |
| Grid-connected inverter | |
| Grid-connected PV system | |
| grid-feeding | |
| grid-forming | |
| grid-interconnected inverter | |
| grid-supporting | |
| GTO | |
| H | |
| H-infinity control | |
| H6 topology | |
| Halbach | |
| Halbach array | |
| Halbach permanent magnet | |
| Halbach-arrary, | |
| Half bridge | |
| Half period sinusoidal pulse signal | |
| Half-bridge converter | |
| Half-wave Rectified Brushless Excitation | |
| Hall signal fault | |
| hammer breaker | |
| Handover test | |
| haptics | |
| Hardware-In-the Loop simulation (HIL) | |
| hardware-in-the-loop simulation(HILS) | |
| Harmonic | |
| harmonic analysis | |
| harmonic attenuation | |
| Harmonic contamination | |
| Harmonic current injection | |
| harmonic current suppression | |
| harmonic distortion | |
| Harmonic Injection | |
| Harmonic motor loss | |
| Harmonic Voltage Control | |
| harmonics | |
| Harmonics Compensation | |
| harmonics elimination | |
| Harmonics suppression | |
| harvesting | |
| HCS | |
| Head-up Display | |
| heat dissipation | |
| heat sinking | |
| Heat Storage | |
| Heat Transfer | |
| Heat Transfer of | |
| HEFS machine | |
| heliostat | |
| hemorrhagic | |
| HESS | |
| HEV | |
| HFAC | |
| hidden Markov model | |
| High | |
| High - speed EMU | |
| high accuracy | |
| high coupling coefficient | |
| high efficiency | |
| High efficiency driving | |
| High efficiency PM exciter | |
| high energy-consuming enterprise | |
| high force density | |
| High Frenquecy | |
| high frequency measurement | |
| High Frequency Pulsating Voltage Signal | |
| high frequency transformer | |
| high gain | |
| high order harmonics | |
| high power and high voltage-ratio; | |
| high power density | |
| high power density motor | |
| High Power Density Motors | |
| high power rectifier | |
| high resolution encoder | |
| high speed | |
| High Speed BLDC | |
| High Speed BLDC motor | |
| High speed permanent magnet generators (HSPMGs) | |
| High speed permanent magnet machine | |
| High speed permanent magnet motor | |
| High speed PMSM | |
| high speed range | |
| high starting torque | |
| high temperature | |
| high temperature superconductors | |
| high thrust density | |
| high voltage | |
| High Voltage DC Circuit Breaker | |
| High Voltage Direct Current | |
| high voltage direct current (HVDC) | |
| High Voltage Direct Current(HVDC) | |
| High volume manufacturing | |
| high-accuracy | |
| High-frequency | |
| high-frequency injection | |
| high-frequency transformer | |
| high-resistance connection | |
| high-speed | |
| high-speed electrical machine | |
| high-speed maglev | |
| High-speed performance characteristic | |
| High-speed rotor | |
| high-speed solid rotor induction motor | |
| High-temperature superconductor | |
| High-voltage process | |
| Higher fill factor | |
| Hilbert transform | |
| homogenization technique | |
| Hot spot | |
| Hot-Spot Temperature-rise | |
| House-Service Power Supply, | |
| HSPM | |
| HTS | |
| HTSLSM | |
| HVAC | |
| HVDC | |
| hybrid AC-DC microgrid | |
| hybrid AC/DC microgrid | |
| hybrid artificial fish swarm and shuffled frog leaping algorithm | |
| Hybrid drive | |
| hybrid electric vehicle | |
| hybrid electric vehicle (HEV) | |
| Hybrid Electric Vehicles (HEV) | |
| hybrid energy storage | |
| Hybrid excitation | |
| Hybrid machine | |
| hybrid magnet | |
| hybrid mode | |
| hybrid multilevel topology | |
| Hybrid Power Plant | |
| Hybrid railway power conditioner | |
| Hybrid rotor | |
| Hybrid single-phase SRM | |
| hybrid stator | |
| Hybrid synchronized PWM | |
| Hybrid vehicle | |
| Hybrid-excited | |
| Hydrogenerators | |
| hyperboloidal pole-shoe | |
| Hysteresis | |
| hysteresis current control | |
| Hysteresis Model | |
| Hysteresis Modell | |
| hysteretic current-model control(HCMC) | |
| I | |
| ICPT System | |
| Identical compensator | |
| IEC | |
| IGBT | |
| IGBT module | |
| image processing technique | |
| impedance model | |
| impedance parameters | |
| implementation with FPGA | |
| improved direct flux controller | |
| improved power calculation unit | |
| Improved Switching Techniques | |
| Improved Thevenin model | |
| in-wheel direct drive | |
| In-wheel motor | |
| incipient bearing fault | |
| Incipient fault | |
| indirect matrix converter | |
| Indirect measurement | |
| Indirect-type lead exit | |
| inductance | |
| Inductance harmonics | |
| inductance model | |
| inductance parameter calculation | |
| Induction Generator | |
| Induction heating | |
| Induction machine | |
| induction machine drives | |
| Induction machines | |
| Induction Motor | |
| Induction motor control | |
| Induction motor drives | |
| Induction motors | |
| Inductive Coupling | |
| inductive power transfer | |
| Inductor | |
| inductor size | |
| infarction | |
| Input current ripple reduction | |
| input voltage sharing | |
| input-parallel-output-series; | |
| inrush current and synchronization | |
| instruction current control | |
| insulated tubular bus-bar | |
| Insulated Tubular Bus-bar; | |
| Insulation structure | |
| Insulation system | |
| Insulator-Changing Tool | |
| Integral sliding mode control | |
| Integrated Charger | |
| Integrated design | |
| integrated motor drivers | |
| integrated rotor | |
| integrated starter and generator (ISG) | |
| integrated starter generator | |
| Intelligent tires | |
| intelligent-follower | |
| Inter-turn fault | |
| inter-turn short circuit fault | |
| inter-turn short-circuit | |
| interface circuit | |
| interior ferrite permanent magnet synchronous motor | |
| interior permanent magnet (IPM) machines | |
| Interior permanent magnet (IPM) synchronous machines | |
| interior permanent magnet machine | |
| Interior Permanent Magnet Synchronous Machine | |
| Interior Permanent Magnet Synchronous Machines | |
| Interior permanent magnet synchronous motor | |
| interior permanent-magnet motor | |
| Interior PM Synchronous Machine (IPMSM) | |
| interlaminar current | |
| interlinking converter | |
| intermediate vector | |
| internal model | |
| Internet of Things | |
| inverse controller | |
| inverter | |
| inverters | |
| IPM-Drives | |
| IPMSG | |
| IPMSM | |
| iron loss | |
| iron loss model | |
| iron losses | |
| Iron Powder Core | |
| ironless stator | |
| ironless stator, | |
| ironless windings | |
| ISCAD | |
| ISG | |
| island power supply | |
| Islanding detection | |
| Isodiametric Magnetic Pole | |
| ISOP | |
| J | |
| J-A dynamic hysteresis model | |
| JFET switches | |
| Joint simulation | |
| junction temperature estimation | |
| Junction temperature fluctuation | |
| K | |
| K-Nearest Neighbor Algorithm (KNNA) | |
| Kalman | |
| Kalman filter | |
| Key gases | |
| Key words: renewable energy | |
| Keywords--epoxy resin | |
| kinetic energy | |
| kink-wave | |
| KPCM | |
| L | |
| LabVIEW | |
| ladder-slit secondary | |
| laminated core | |
| lamination | |
| Large synchronous condenser | |
| large thrust density | |
| Large-Capacity Synchronous Compensator | |
| large-scale condenser | |
| lateral force | |
| LC equalization circuit | |
| LC-filter | |
| LCC | |
| LCC resonant converter | |
| LCL filter | |
| LDC | |
| lead cable | |
| Lead Control | |
| lead screw | |
| lead-acid battery | |
| Leakage Flux | |
| leakage inductance | |
| leakage-stress-acoustic coupled model | |
| Lebesgue’s integral | |
| Levitation force | |
| life cycle | |
| Life Cycle Cost | |
| Lightning protection system of truss bridge | |
| limited reactive power | |
| line-start permanent magnet synchronous motor (LSPMSM) | |
| Line-start Synchronous Reluctance Motor | |
| linear actuator | |
| Linear and rotary | |
| linear compressor | |
| Linear flux-switching permanent magnet machine | |
| linear flux-switching permanent magnet motor | |
| Linear generator | |
| linear Hall | |
| linear induction motor | |
| Linear induction motor (LIM) drive | |
| linear machine | |
| Linear Machines | |
| linear motor | |
| linear oscillating motor | |
| linear permanent magnet machine | |
| Linear PM Generators | |
| Linear quadratic tracker | |
| linear rotary permanent magnet generator | |
| linear switched reluctance machines (LSRMs) | |
| linear switched reluctance motor | |
| linear switched-flux PM machine | |
| linear synchronous motor | |
| linear vernier motor | |
| Linear-stability critical threshold | |
| linear-velocity-based trajectory planning | |
| liquid nitrogen test | |
| lithium ion battery | |
| Lithium-ion battery | |
| Lithium-ion capacitors | |
| lithium-iron phosphate battery (LiFePO4) | |
| LLC resonant converter | |
| LLC resonant operation | |
| LMA | |
| LMS adaptive filtering algorithm | |
| LOA | |
| load characteristics | |
| load condition | |
| load sequence | |
| load shedding | |
| Load uncertainties | |
| Load Uncertainty | |
| Local saturation | |
| locus of spinning spindle vibration | |
| long stator linear synchronous motor | |
| longitudinal end effect | |
| looseness state | |
| loss | |
| loss calculation | |
| Loss measurement | |
| Loss minimization | |
| Loss of density | |
| loss separation | |
| Loss Separation Method | |
| losses | |
| Losses analysis | |
| low carrier ratio | |
| low cost | |
| low current interrupting | |
| low flux density | |
| Low frequency fluctuation | |
| low frequency ripple | |
| low signal-to-noise ratio | |
| low speeds | |
| low switching frequency | |
| low thrust ripple | |
| low voltage DC series arc | |
| Low voltage DC-DC voltage converter | |
| low voltage distribution network | |
| low voltage ride through(LVRT) | |
| low-cost | |
| Low-power-dissipation | |
| low-speed direct-driven | |
| low-speed high-torque permanent motor | |
| Low-speed high-torque PMSM | |
| LRT | |
| Lumped-parameter (LP) | |
| Lyapunov exponent | |
| M | |
| M-DOF | |
| Machine Design | |
| Machine Learning | |
| Machines | |
| machining | |
| Maglev | |
| Maglev System | |
| maglev train | |
| Maglve train | |
| magnet eddy current loss | |
| magnet loss | |
| magnet mass | |
| Magnet segmentation | |
| Magnet thickness | |
| Magnetic bearing | |
| Magnetic characteristic in deep saturation | |
| Magnetic Characteristics | |
| Magnetic circuit | |
| Magnetic coupling | |
| magnetic encoder | |
| Magnetic Equivalent Circuit | |
| magnetic field | |
| Magnetic field adjustment | |
| Magnetic field analysis | |
| magnetic field distribution | |
| magnetic field model | |
| magnetic field modulation | |
| Magnetic Field Modulation Motor | |
| magnetic field orientation | |
| magnetic flux circuit | |
| magnetic flux density distribution | |
| magnetic flux linkage | |
| Magnetic Forces | |
| magnetic gear | |
| Magnetic gearbox | |
| magnetic geared motor | |
| magnetic hysteresis | |
| Magnetic Hysteresis Property | |
| Magnetic levitation | |
| Magnetic liquid | |
| Magnetic Materials | |
| Magnetic Membranes | |
| magnetic network | |
| magnetic neurostimulation | |
| Magnetic permeability | |
| magnetic properties | |
| magnetic reluctance circuit | |
| magnetic thermal coupling | |
| Magnetic-geared permanent magnet machine | |
| magnetic-thermal coupling | |
| Magnetically controlled saturated reactors | |
| Magnetically Suspended Control and Sensing Gyroscope (MSCSG) | |
| Magnetically-coupled | |
| Magnetisation | |
| Magnetization | |
| magnetizing | |
| Magneto-Rheologyical Elastomers | |
| Magneto-viscous characteristic | |
| Magnetomechanical coupling | |
| magnetostriction | |
| Magnetostrictive | |
| Magnetostrictive materials | |
| Magnetostrictive Property | |
| magnetostrictive transducer | |
| manufacturing | |
| manufacturing cost | |
| manufacturing tolerances | |
| Marine Permanent Magnet Propulsion Motor | |
| mass production | |
| massively parallel processing | |
| Materials | |
| mathematical model | |
| Matlab | |
| Matlab Simulation | |
| Matlab/Simulink | |
| Matrix Converter | |
| Maximal power point tracking | |
| Maximum back electromotive force | |
| Maximum Demand | |
| Maximum Power Point (MPP) | |
| Maximum Power Point Tracking | |
| Maximum tooth width ratio | |
| Maximum Torque per Voltage control | |
| Maximum Wave Energy Extraction | |
| Maxwell stress tensor | |
| measured data | |
| Measurement | |
| Measurement of soft magnetic materials | |
| Measurement System | |
| measurement uncertainty | |
| Measurements | |
| Mechanical Characteristics | |
| Mechanical design | |
| mechanical design, | |
| Mechanical Device | |
| Mechanical Model | |
| Mechanical Performance | |
| Mechanical properties | |
| mechanical property | |
| Medium Voltage | |
| Medium-Voltage Drives | |
| Megawatt - class | |
| memory machine | |
| MEMS | |
| MEMS inertial sensor | |
| Mesh element | |
| MHD model | |
| MHEV | |
| Micro grid | |
| Micro inverter | |
| micro robotics | |
| Micro-grid | |
| Micro-grid Energy Storage System | |
| micro-inverter | |
| Microgird | |
| Microgrid | |
| Micromagnetism | |
| Microturbine-generation | |
| mini electric vehicle | |
| miniature | |
| Miniature circuit breaker | |
| minimal-order observer | |
| Misalignment | |
| mismatch loss | |
| Mismatched transceiver coils | |
| Modal | |
| modal analysis | |
| Modal test method | |
| Mode conversion | |
| model following control | |
| model free predictive current control | |
| model predictive control | |
| model predictive control (MPC) | |
| model predictive current control | |
| model predictive direct torque control | |
| model predictive thrust control | |
| model predictive torque control | |
| model reduction approach | |
| Model Reference Adaptive | |
| model reference adaptive system | |
| Model validation | |
| Modeling | |
| Modeling and simulation | |
| modeling methods | |
| modified circular cylinder | |
| Modular | |
| Modular Cascaded H-bridge | |
| modular machine | |
| Modular multilevel converter | |
| modular multilevel converter (MMC) | |
| Modular Multilevel Converters | |
| modular structure | |
| Modulation | |
| modulation effect | |
| modulation ration | |
| monotonic fuzzy system | |
| monotonicity | |
| motion control | |
| Motor | |
| motor control system | |
| motor drive | |
| Motor drive system | |
| Motor drives | |
| Motor Efficiency Improvement | |
| Motor learning | |
| motor parameters optimization | |
| motor protection | |
| motor stator | |
| motor vibration | |
| Motor-Cad | |
| motor-driven spindle spinning frame | |
| motorized spindle application | |
| Moving average filter | |
| MPPT | |
| MRAS | |
| MTPA | |
| MTPV | |
| Multi - physics analysis | |
| Multi layer motor | |
| Multi Magnetic Material Laminated Core (MMLC) Nanocrystalline metals | |
| Multi Objective Particle Swarm Optimization(MOPSO) | |
| Multi- Modular Converter (MMC) | |
| multi-agent system (MAS) | |
| Multi-agent systems | |
| Multi-area economic emission dispatch (MEED) | |
| multi-body dynamics | |
| multi-energy hybrid power system | |
| Multi-inverter system | |
| Multi-Layer | |
| Multi-layer magnet configuration | |
| Multi-layer structure | |
| Multi-level inverters | |
| multi-loop theory | |
| multi-objective optimization | |
| multi-physics coupling | |
| Multi-physics field | |
| multi-physics optimization | |
| multi-pickups | |
| Multi-port | |
| multi-port power electronic transformer | |
| multi-source coordinated control | |
| Multi-stator | |
| multi-variable | |
| Multi-winding | |
| Multilevel Converter | |
| Multilevel inverter | |
| Multilevel-switching-linear hybrid (MSLH) | |
| multiobjective optimization | |
| Multiphase | |
| Multiphase drives | |
| Multiphase induction machine | |
| Multiphase motor | |
| Multiple Objectives Control | |
| Mutiple-channel indirect matrix converter | |
| mutual coupling | |
| mutual flux | |
| Mutual Inductance | |
| MVDC | |
| N | |
| nanocrystalline material | |
| narrow pulse | |
| natural frequencies | |
| natural frequency | |
| natural switching surface (NSS) | |
| Natural Trajectory Tracking | |
| NC | |
| negative discharge | |
| negative sequent current | |
| negative-sequence current | |
| Nested-loop rotor | |
| neural network | |
| Neural Networks (NN) | |
| Neuro-fuzzy control | |
| neutral point balcance | |
| Neutral point potential | |
| neutral-point balancing control | |
| new definition of reactive power | |
| nine-switch converter | |
| no guidance-actuator | |
| No Harminic Detection | |
| no sideslip-value sensor | |
| NoC | |
| Noise | |
| noise reduction | |
| non integer order differentiation | |
| non liner friction | |
| non-electrolytic capacitor | |
| Non-intrusive load identification | |
| Non-rare-earth | |
| non-rotating | |
| Non-Sinusoidal Excitations | |
| non-uniform air-gap | |
| Non-uniform rational B-spline | |
| Nondestructive testing | |
| nonlinear analysis | |
| nonlinear autoregressive with exogenous input neural network | |
| nonlinear characteristic | |
| Nonlinear inverter loss model | |
| nonlinear modeling | |
| nonlinear relations | |
| Nonlinear Simplex | |
| nonlinear stand-alone generation system | |
| Notch Filter | |
| Novel Nonsingular Terminal Sliding Mode Variable Structure | |
| Novel Torque Sharing | |
| NPC converters | |
| NPC three-level inverter | |
| Nuclear Power Plant | |
| Number of poles | |
| numerical prediction for temperature | |
| Numerical simulation | |
| numerical solver | |
| Nyquist criterion | |
| O | |
| observer | |
| Observers | |
| Oceanic Wave Energy | |
| off-line identification | |
| Offshore wind Farm | |
| Offshore wind turbines | |
| on-load tap changer | |
| on-load torque ripple | |
| one cycle control | |
| Online fault diagnosis | |
| online identification | |
| Online Inductance Estimation | |
| open circuit | |
| Open circuit test sample | |
| open winding motor | |
| Open winding PMSM | |
| open-end winding | |
| Open-end winding asynchronous motor | |
| open-winding | |
| Open-winding machine | |
| operating range | |
| Operating System | |
| Operation System | |
| Optical device | |
| optimal charging | |
| Optimal Design | |
| optimal load resistance | |
| optimal maximum torque per ampere control | |
| Optimal power flow | |
| Optimization | |
| Optimization algorithm | |
| Optimization Design | |
| optimization design method | |
| Optimization method | |
| optimized control strategy | |
| optimum skew angle | |
| Optocoupler | |
| Ordinary Least Squares | |
| Outer rotor | |
| output | |
| output impedance | |
| Output voltage | |
| Overcurrent Protection | |
| Overload conditions | |
| Overload performance | |
| overmodulation | |
| Overshoot reduction | |
| Overvoltage | |
| overvoltage protection | |
| OW-PMSM | |
| P | |
| Parallel computing | |
| Parallel operating | |
| Parallel Stator Winding Open Circuit Faults | |
| Parameter estimation | |
| parameter identification | |
| parameter Matching | |
| parameter selection | |
| parameter testing | |
| parameter variation | |
| parameters | |
| parameters self-turning fuzzy control | |
| parametric design | |
| parametric uncertainty | |
| pareto optimization | |
| Partial discharge | |
| Partial Shading Conditions(PSC) | |
| Particle swarm algorithm | |
| particle swarm optimism (PSO) algorithm | |
| particle swarm optimization | |
| Particle swarm optimization (PSO) | |
| passive damping | |
| passive rotor | |
| passivity-based control | |
| pattern matching | |
| PCA-RBF neural network | |
| PDCA | |
| PDPA | |
| PDS | |
| peak shaving and valley filling | |
| Performance Analysis | |
| performance improvement | |
| Performance Measurement System | |
| performance simulation | |
| Performance Test | |
| Permanent Bistable Electromagnetic Clutch | |
| permanent magnent | |
| Permanent magnet | |
| permanent magnet actuator | |
| permanent magnet eddy-current coupling | |
| Permanent magnet IPMSM | |
| Permanent magnet linear synchronous motor(PMLSM) | |
| permanent magnet machine | |
| Permanent magnet machines | |
| permanent magnet motor | |
| Permanent magnet motors | |
| Permanent magnet synchronous linear motors (PMSLM) | |
| permanent magnet synchronous machine | |
| permanent magnet synchronous machine (PMSM) | |
| permanent magnet synchronous machines | |
| Permanent Magnet Synchronous Motor | |
| permanent magnet synchronous motor (PMSM) | |
| permanent magnet synchronous motor (PMSM) drive | |
| Permanent Magnet Synchronous Motors | |
| Permanent Magnet Wind Turbine | |
| Permanent Magnet-assist Synchronous Reluctance Machine | |
| Permanent Magnetassisted Synchronous Reluctance Motor | |
| permanent-magnet machine | |
| Permanent-Magnet Motor | |
| Permanent-Magnet Synchronous Motors | |
| Permeability | |
| Phase Change Paraffin | |
| phase demodulation | |
| phase detection | |
| Phase Inductance | |
| phase shift | |
| phase shift control | |
| Phase Shift Full Bridge Converter | |
| phase shifting reactor | |
| phase space reconstruction | |
| phase-advance control | |
| phase-deficient operation | |
| Phase-locked loop | |
| phase-locked loop observer (PLLO) | |
| phase-shifted PWM | |
| Photodiode | |
| photovoltaic | |
| photovoltaic HVDC grid connected converter | |
| Photovoltaic Panels | |
| photovoltaic system | |
| Photovoltaic systems | |
| Photovoltaic(PV) Generation System | |
| phtovoltaic cell | |
| PI controller | |
| PID control | |
| Piezoelectric | |
| piezoelectric cantilever beam | |
| piezoelectric stack | |
| Piezomagnetic effect | |
| Pitch motor drives diagnostics | |
| Planar | |
| Planar Motor | |
| Planar spiral coil | |
| planetary gear | |
| PLL | |
| PLL(Phase Locked Loop) | |
| PM | |
| PM flux density | |
| PM generators | |
| PM machine | |
| PM motor | |
| PM-assisted reluctance synchronous linear generator | |
| PM-assisted synchro-reluctance machine | |
| PM-free | |
| PMB | |
| PMFM | |
| PMLSM | |
| PMSG | |
| PMSG wind turbine | |
| PMSM | |
| PMSM drives | |
| PMSMs | |
| pole arc coefficient | |
| pole number | |
| pole-changing | |
| Port Controlled Hamiltonian with Dissipation | |
| Portable | |
| position detection | |
| position detection method | |
| Position Estimator | |
| position sensor | |
| position sensorless control | |
| Position Sensors | |
| Position Servo System、 | |
| positive discharge | |
| post-assembly | |
| post-fault performance | |
| Posture control | |
| pow air cooling island | |
| power | |
| Power assisted | |
| Power cable | |
| Power conditioning system | |
| power control strategy | |
| Power conversion system | |
| power converter | |
| Power Converter Control | |
| power converter optimization | |
| Power Converters | |
| Power Decoupling | |
| Power Decoupling Circuit | |
| power density | |
| power dispatch | |
| Power electric transformer | |
| Power electronic converter | |
| Power Electronic Device | |
| Power Electronic Transformer | |
| power electronics | |
| power factor | |
| power factor improvement | |
| Power Flow Control | |
| Power Flow Control Strategy | |
| Power Gain(PG) | |
| power loss | |
| power maximizing | |
| Power network | |
| Power Quality | |
| Power Reduction | |
| Power Router | |
| power saving rate | |
| power sharing | |
| power smoothing | |
| Power supply | |
| Power Supply System | |
| Power system | |
| Power system frequency control | |
| power system stabilizer(PSS) | |
| Power transfer efficiency | |
| Power Transformers | |
| power wind turbine | |
| Powerfactor | |
| PR Control | |
| Precise computing | |
| Predictive Control | |
| Predictive current | |
| Predictive torque control | |
| preditive current control | |
| Preisach model | |
| Price maker bidding | |
| process | |
| Proportion of current | |
| proportional resonant control | |
| Proportional Resonant Controller | |
| proportional-resonant | |
| Propulsion Control System | |
| propulsion system | |
| Proton exchange membrane (PEM) fuel cell | |
| proximity effect | |
| PSFB Converter | |
| PSIM | |
| PSIM simulation | |
| PSO | |
| PT100 sensors | |
| pulse barycentre theory | |
| Pulse Injection | |
| Pulse transformers | |
| pulse width modulation (PWM) | |
| Pumped storage generator/motor | |
| Pumping Power | |
| PV | |
| PV array | |
| PV cell | |
| PV inverter | |
| PV power generation | |
| PV system | |
| PV systems | |
| PWM control | |
| PWM inverter | |
| PWM modules | |
| PWM rectifier | |
| Q | |
| quantitative flux-regulation pulse (QFRP) | |
| Quasi Z-source inverter | |
| quasi-static | |
| quasi-Trans-Z Source Inverter | |
| Quasi-transformer Impedance Converter | |
| Quasi-Z-Source Inverter | |
| quick selection | |
| R | |
| R-bar | |
| radial air gap pressure | |
| radial axial flow turbine, | |
| Radial Basis function neural network | |
| radial basis functions model | |
| radial flux rotor | |
| Radial Flux Switching Machines | |
| radial force | |
| Radial forces | |
| radial suspension force | |
| Rail Tain | |
| rail transportation | |
| Railroad car | |
| railway | |
| Railway vehicle | |
| rain cover | |
| random strategy | |
| rapid regression modeling | |
| Rare earth magnet recycling | |
| Rate of rise recovery voltage (RRRV) | |
| Reactive current detection | |
| reactive power coordinated control | |
| reactive power optimization | |
| Reactive Power Support | |
| Reactor | |
| reactor vibration | |
| Real Time Monitoring | |
| recognition algorithm | |
| Rectifiers | |
| reduced voltage sensors | |
| redundancy | |
| Regenerative electric power | |
| reliability | |
| reluctance | |
| reluctance circuit | |
| reluctance machine | |
| reluctance motor | |
| reluctance motors | |
| Reluctance networks | |
| Reluctance Synchronous Motor | |
| renewable energy | |
| Renewable energy resources | |
| Renewable Energy System | |
| Repeat control | |
| Repetitive control | |
| Residential | |
| Residential customers | |
| residents' behavior | |
| residual flux | |
| resolution | |
| resolver | |
| resonance | |
| resonance-coupling | |
| resonant frequency tracking control | |
| resonant regulator | |
| Resonant system | |
| response surface methodology (RSM) | |
| response surface model | |
| Restarting with speed | |
| RGB Sensor | |
| ring core | |
| ring DC Systems | |
| Ring Specimen Test | |
| ring structure winding | |
| Ripple current | |
| Ripple of DC-link | |
| ripple reduction | |
| Rise time | |
| Risk management | |
| RLS estimation | |
| robustness | |
| Rogers | |
| Role | |
| rolling element bearing | |
| ropeless elevator | |
| rotary linear motor | |
| rotary transformer | |
| rotating flux density | |
| rotating magnetic field | |
| rotating magnetic flux | |
| rotational magnetization | |
| rotational-speed-based trajectory planning | |
| rotor | |
| Rotor bar current | |
| Rotor broken bar fault | |
| Rotor demagnetization | |
| Rotor Design | |
| Rotor Design and Optimization | |
| rotor dynamics | |
| Rotor eccentricity | |
| rotor fault | |
| Rotor flux orientation control | |
| rotor initial orientation | |
| Rotor inter-turn short circuits | |
| rotor interturn short circuit | |
| rotor iron loss | |
| rotor position estimation | |
| Rotor slot number | |
| Rotor strength | |
| rotor structure | |
| rotor topology | |
| Rotor-Centric Approach | |
| rotordynamics | |
| RSM | |
| RSP-RZVT-SVPWM | |
| Runge-Kutta | |
| runway shape winding | |
| S | |
| Safety critical application | |
| Sag | |
| Saliency Ratio | |
| Salient Pole Machine | |
| Salient pole rotor | |
| sampling loss rate | |
| Saturated Inductance Calculation | |
| Scalar control | |
| SCIG | |
| Seamless Transfer | |
| Search Coils | |
| Second-order Sliding Mode | |
| secondary | |
| sectionalized stators | |
| segment – powered linear motor | |
| segmental rotor | |
| segmental stator | |
| Segmented interior permanent magnet synchronous motor | |
| Segmented rotor | |
| Segmented stator | |
| segmented translator | |
| Segmented winding | |
| selection configuration | |
| selective harmonic elimination | |
| self help | |
| Self sensing | |
| Self-adaptive Droop Control Strategy | |
| self-circulating system | |
| self-correction | |
| self-excited synchronous generator | |
| self-impedance matching | |
| Self-Sensing | |
| self-starting torque | |
| Sensor Replacement | |
| Sensor-Faults | |
| sensor-less control | |
| Sensorless | |
| Sensorless Control | |
| sequential inference method | |
| series voltage compensation | |
| series-connected | |
| series-connected wind generators | |
| SF6 arc quenching chamber | |
| SFLA | |
| SG211V | |
| shaft current | |
| shaft grounding system | |
| shaft voltage | |
| shape optimization | |
| sheath | |
| SHEPWM | |
| Shield Ring | |
| Shoot-through | |
| Short Arc Lamp | |
| Short Circuit Fault | |
| short flux path | |
| short-circuit fault | |
| Short-circuit Force | |
| shuffled frog leaping algorithm (SFLA) | |
| Shunt resistor | |
| SIBCOS | |
| sic | |
| SiC device | |
| SiC devices | |
| SiC MOSFETs | |
| Signal Analyzer | |
| signal injection | |
| silicon carbide | |
| Similar slot and pole number | |
| SIMM | |
| Simplified 2-D model | |
| Simplified Model | |
| simplified model predictive control | |
| simplified SVPWM | |
| Simulation | |
| simulation technique | |
| Simulator | |
| Simulink | |
| Simulink model | |
| Single Current Regulation | |
| single DC supply | |
| Single Phase | |
| single prediction | |
| single pulse drive | |
| single stage | |
| single-arm crane | |
| single-phase | |
| single-phase earth fault | |
| single-phase grid-connected inverters | |
| Single-phase inverter | |
| single-phase line-start permanent magnet motor | |
| single-phase motor | |
| Single-phase Three-level Rectifier | |
| Single-Phase To Three-Phase Converter, | |
| Six-phase double Y-shift 30° windings | |
| six-phase electrical machine | |
| Six-step overmodulation | |
| skew brushless DC motor | |
| skewed slot | |
| skewed stator | |
| skewed-rotor | |
| skin and proximity effects | |
| sliding discrete fourier transform | |
| sliding mode control | |
| sliding mode control (SMC) | |
| sliding mode observer | |
| Sliding Mode Variable Structure-Model Reference Adaptive System | |
| sliding-mode MRA observer | |
| Slip compensation | |
| Slot Harmonics | |
| slot less windings | |
| slot opening | |
| Slot-pole combination | |
| slot/pole combinations | |
| Small Power System | |
| Small Signal Model | |
| Small Signal Modeling | |
| small snapshots data | |
| smart grid | |
| Smart meters | |
| SMC | |
| SMC materials | |
| SMES magnet design | |
| Smooth Output Power | |
| smoothing effect | |
| SOC | |
| Soft magnetic composite | |
| Soft magnetic composite material | |
| Soft magnets | |
| soft switching | |
| Solar Co generation | |
| Solar energy | |
| solar-wind | |
| solenoid coil | |
| solid-state | |
| SOMALOY 700 | |
| Sound intensity | |
| space charge density | |
| space vector | |
| Space Vector Modulation | |
| space vector pulse width modulation (SVPWM) | |
| Space Vector PWM | |
| Spare Core | |
| spatial voltage stress | |
| Specific Power | |
| Spectrum analysis | |
| Speed Identification | |
| Speed Observer | |
| speed stabilization loop | |
| Speed-Power Control | |
| speed-torque characteristics | |
| Sphere Rotor | |
| Spindle vibration detection | |
| split-wingding | |
| SPMSM | |
| Spoke-type rotor | |
| spray cooling | |
| Spray parameters | |
| spread spectrum code | |
| SPWM | |
| square-wave drive | |
| square-wave drive system | |
| SRM | |
| SSCI | |
| SSOM | |
| SSR | |
| SST | |
| stability | |
| Stability domain | |
| stability of the voltage and frequency | |
| Stable operation region | |
| stand-alone power generation | |
| Stand-alone power generation systems | |
| star-delta winding | |
| Starter-Generator | |
| starting capability | |
| startup strategy | |
| State feedback control | |
| state feedback linearization | |
| state of charge (SOC) | |
| static characteristics | |
| static eccentricity | |
| static strength analysis | |
| static synchronous compensator(STATCOM) | |
| Static Var Compensator (SVC) | |
| Stator Cage Winding | |
| Stator Control Winding | |
| stator core axial segmentation | |
| stator core fault | |
| stator flux vector | |
| Stator hybrid excitation flux-switching machines | |
| stator inductance | |
| Stator inter-turn short-circuit fault | |
| stator module, | |
| Stator permanent magnet | |
| Stator Power Winding | |
| stator resistance | |
| stator slot/pole number | |
| stator structure optimization | |
| Stator temperature estimation | |
| Stator Winding Fault | |
| stator winding inter turn short circuit(SWITSC) stable oparation | |
| stator winding inter-turn short circuit (SWITSC) | |
| Steel plate with different thicknesses | |
| step skew | |
| Stereolitography 3D print | |
| Stirling Engine | |
| Stirling power generating system | |
| Stochastic optimization | |
| Stochastic programming | |
| storage capacitor discharge pulse (SCDP) | |
| Storage System | |
| Stray load loss | |
| Stray loss | |
| stress | |
| stress analysis | |
| stress effects | |
| structural deformation | |
| structural design | |
| structural dynamic analysis | |
| Structure optimization | |
| Structure Optimization Design | |
| sub-domain calculation | |
| sub-harmonics | |
| Sub-span Oscillation | |
| submerged LNG pump | |
| sudden short-circuit type-test | |
| sun-tracking | |
| Super Capacitor | |
| super-capacitor (SC) | |
| superconducting cable | |
| superconducting fault current limiter (SFCL) | |
| superconducting magnets | |
| superconducting-antenna | |
| support vector machine | |
| Support vector machine fault classification | |
| surface mounted permanent magnet | |
| Surface mounted permanent magnet machine | |
| surface permanent magnet synchronous machine | |
| surface-mounted permanent magnet (SPM) rotor | |
| surface-mounted pole structure | |
| surrogate model | |
| SVPWM | |
| SVPWM technology | |
| Swarm intelligence based algorithms | |
| switch commutation | |
| switched reluctance generator | |
| Switched reluctance machine | |
| switched reluctance motor | |
| Switched Reluctance Motor (SRM) | |
| switched reluctance motors | |
| Switched-boost network | |
| Switched-Capacitor | |
| switched-mode rectifiers | |
| switching | |
| switching circuit | |
| switching frequency | |
| switching loss model | |
| Switching losses | |
| Switching mode power supply | |
| Switching Sequence | |
| switching speed and phase difference | |
| Switching table | |
| Symmetrical components theory | |
| Symmetrical Hybrid | |
| synchro | |
| Synchronization | |
| synchronization control | |
| synchronized PWM | |
| synchronous condenser | |
| synchronous electric machines | |
| synchronous generator | |
| synchronous machine | |
| Synchronous Motor | |
| Synchronous reluctance | |
| Synchronous Reluctance Machine | |
| Synchronous reluctance motor | |
| Synchronous reluctance motors | |
| System | |
| system dynamic | |
| system efficiency | |
| system stability | |
| T | |
| T-type inverter | |
| tactile display | |
| taffic sensor | |
| Taguchi Method | |
| tangential magnetic rotor | |
| Task Mapping | |
| Teaching example | |
| Teaching Virtual Platform | |
| teeth height ratio | |
| telemetry | |
| temperature | |
| Temperature dependence | |
| Temperature Distribution | |
| temperature field | |
| Temperature measurement | |
| temperature retrieval | |
| Temperature rise | |
| Testing demonstration | |
| THD | |
| the asymmetrical double commutated cells (ADCC) the hybrid MMC | |
| the current peak in the non-conducting phase | |
| the DC Microgrid | |
| the entropy generation rate | |
| the exergy destruction | |
| The follow-up control system | |
| the harmonic characteristic | |
| The high temperature superconducting (HTS) | |
| the large signal stability criteria | |
| the mixed potential theory | |
| the modulation principle of testosterone release | |
| The multi - loop theory | |
| the stator rind | |
| the Storage System | |
| the superpose principle | |
| Thermal | |
| Thermal Aging | |
| thermal analysis | |
| thermal circuit | |
| thermal estimation | |
| thermal field | |
| thermal field distribution | |
| thermal irreversible demagnetization | |
| thermal management | |
| Thermal management of electronics | |
| thermal network method | |
| thermal performance | |
| thermal resistance network | |
| Thermal simulation | |
| Thermo-chromic Pigment | |
| thermo-electromagnetic properties | |
| THIPWM | |
| three level | |
| Three level converter | |
| Three-dimensional | |
| Three-Dimensional Electromagnetic | |
| three-dimensional finite element | |
| three-dimensional helical coil | |
| Three-leg Voltage Source Inverter | |
| three-level converter | |
| Three-level converters | |
| three-level inverter | |
| three-level PA | |
| three-phase four-leg | |
| three-phase four-leg inverter | |
| three-phase IGBT intelligent power supply | |
| Three-Phase Induction Motor | |
| three-port converter(TPC) | |
| three-segmented control | |
| threshold overload torque | |
| Thrust and levitation force | |
| thrust and magnatic field calculation | |
| thrust fluctuation | |
| thrust force | |
| Thrust ripple | |
| thyristor | |
| thyristor converter | |
| Thyristor Dual Converter System | |
| thyristor rectifier | |
| thyristor-controlled transformer | |
| time delay | |
| time delay compensation | |
| Time domain state analysis | |
| time periodic explicit error correction | |
| Time-stepping | |
| time-stepping finite elements analysis | |
| timing control | |
| tolerant-fault | |
| Tooth Notching | |
| topology | |
| Topology Design | |
| topology optimization | |
| Toroidal-Winding | |
| Torque | |
| torque coefficient | |
| torque compensation | |
| Torque composition | |
| torque control | |
| Torque density | |
| Torque dispatching function | |
| torque estimator | |
| torque fluctuation | |
| Torque injection | |
| Torque Performance | |
| torque ripple | |
| Torque ripple minimization | |
| Torque ripple mitigation | |
| Torque Ripple Reduction | |
| torque ripples | |
| torque sharing function control | |
| torque-ripple | |
| torque-vector | |
| torsional vibrations | |
| total harmonic distortion | |
| total harmonic distortion (THD) | |
| track the power | |
| Tracking system | |
| Traction | |
| Traction Application | |
| Traction Applications | |
| Traction Motor | |
| Traction Substation | |
| Traction system | |
| transcranial magnetic stimulation | |
| transfer efficiency | |
| Transfer system | |
| Transformer | |
| transformer winding | |
| Transformer Windings | |
| Transient electromagnetic phenomena | |
| Transient recovery voltage (TRV) | |
| transient response capability | |
| transient simulation | |
| transient stability | |
| Transmission line model | |
| transverse flux | |
| transverse flux flux switching permanent magnet machine | |
| Transverse flux linear motor | |
| Transverse flux MG | |
| traverse edge effecct | |
| traverse force | |
| Trichel pulse current | |
| Trigger circuits | |
| TSF | |
| tubular flux-switching permanent-magnet linear machine | |
| tubular linear permanent magnet generator | |
| Tubular Linear PM Motor | |
| tubular permanent magnet linear synchronous motor (TPMLPSM) | |
| tubular transverse-flux and flux-reversal linear machine | |
| tubular transverse-flux flux-reversal permanent magnet linear machine | |
| Turbidity analysis | |
| turbo-generator | |
| turn-to-turn short circuir fault | |
| twelve sectors division | |
| Twin Coils | |
| Two degrees of freedom | |
| two phase flow | |
| Two Single-phase Induction Motors Drives | |
| two stage commutation | |
| two-degree-of-freedom (2DOF) | |
| two-degree-of-freedom PID | |
| two-dimensional finite-element method (2D FEM) | |
| two-phase conduction | |
| two-speed line-start permanent magnet motor | |
| two-stage | |
| two-vector-based MPC | |
| U | |
| UC3854 | |
| UHV Transformer | |
| UHV transformer noise | |
| UHVDC | |
| Ultra Capacitor | |
| Ultra high voltage | |
| Ultra-high Switching Frequency Converters | |
| ultracapacitor | |
| UltraCapacitor Energy Storage System | |
| Ultrasonic motor | |
| unbalance compensation | |
| unbalance grid voltage | |
| unbalanced grid voltage | |
| unbalanced grid voltages | |
| unbalanced load | |
| Unbalanced magnetic force | |
| Unbalanced magnetic pull (UMP) | |
| Uncertainty | |
| Uncertainty consideration | |
| under practical working conditions | |
| Underground earthing system | |
| unequal pole pitch | |
| unified voltage modulation | |
| Uninterruptible Power Supply | |
| unity power factor | |
| Unstable Voltage | |
| UPS | |
| UPS inverter | |
| UPS Product | |
| Urban Railway Substation | |
| Urban railway technology | |
| utilization ratio of power supply | |
| V | |
| v-shape interior | |
| V/f control | |
| V/f scalar control | |
| vacuum arc | |
| Vacuum Circuit Breaker | |
| vacuum circuit breaker (VCB) | |
| Variable characteristics | |
| variable DC-link | |
| variable droop coefficient | |
| Variable Field Flux | |
| Variable flux | |
| variable flux reluctance machine | |
| variable frequency controlling system | |
| Variable Parameters | |
| variable reluctance | |
| variable speed wind generator | |
| VD-RZVT-SVPWM | |
| Vector control | |
| vector control, | |
| Vector diagram | |
| vector fitting method | |
| Vector Hysteresis Model | |
| vector placement | |
| Vehicle-to-grid | |
| verification | |
| vernier machine | |
| Vernier Machines | |
| Vernier motor | |
| Vertical array | |
| Vertical axis wind generation | |
| Very-high-speed machines | |
| vibration | |
| vibration and noise | |
| vibration modes | |
| Vibration Monitoring | |
| Vibration noise | |
| vibration signal | |
| Virtual Display | |
| Virtual flux | |
| virtual flux droop method | |
| virtual impedance | |
| virtual inertia control | |
| Virtual Platform | |
| virtual resistance | |
| Virtual Synchronous Control | |
| virtual synchronous generator | |
| virtual synchronous generator (VSG) | |
| Virtual Synchronous Generators | |
| virtual-flux direct power control | |
| Voltage Balancing Method | |
| voltage blancing | |
| Voltage Compensation | |
| voltage droop control | |
| Voltage equation | |
| voltage modulation strategy | |
| Voltage profile | |
| voltage quality | |
| Voltage reference regulated method | |
| voltage ripple of DC microgrid | |
| voltage sag compensation | |
| voltage source converter based high voltage direct current (VSC-HVDC) | |
| voltage space vector pulse width modulation | |
| voltage stability | |
| Voltage Variation | |
| Voltage Vector Selection Strategy | |
| Vortex | |
| VSC | |
| VSG | |
| W | |
| wake effects | |
| water cooling | |
| Water cooling structure | |
| Water Transportation | |
| Water Turbine Generator | |
| Water-cooled motor | |
| water-cooled system | |
| Wave energy conversion | |
| Wave energy converter | |
| Wave Energy Converters (WECs) | |
| wave energy generation | |
| Wavelet Transform | |
| Weak Grid | |
| weak network | |
| WEC Aggregation | |
| weighted efficiency | |
| Weighted subspace fitting | |
| weighting factor | |
| Wheel Motor | |
| Whether protection | |
| wide frequency | |
| wide input-voltage range | |
| wind energy | |
| wind energy conversion system | |
| Wind farm | |
| wind generation | |
| wind generator | |
| wind power | |
| wind power converters | |
| Wind power fluctuation | |
| Wind power generation | |
| wind power generator | |
| Wind Power Producer | |
| Wind turbine diagnostics | |
| wind turbine generator | |
| wind-power generation | |
| Wind-Power Generator | |
| wind-wave combined power generation system | |
| Windage loss | |
| Winding | |
| winding open circuit fault | |
| winding structure | |
| Wingding | |
| wireless | |
| Wireless data communication | |
| wireless power transfer | |
| wireless power transfer system | |
| wireless power transmission | |
| witched reluctance generator | |
| without Rotor Polarity Detecting | |
| Woehler Theory | |
| working condition information | |
| working principle | |
| wound field | |
| Wound field synchronous motors | |
| WPT | |
| Z | |
| Z-source network | |
| zero sequence current | |
| zero sequence voltage component | |
| zero vector | |
| Zero Voltage Switching | |
| Zero voltage vector | |
| zero voltage vectors | |
| zero-sequence current | |
| Zero-sequence voltage | |
| Zero-Voltage Switching | |
| zigzag transformer | |
| ZVT | |
| μ | |
| μ synthesis | |
| fi | |
| finite-element method (FEM) | |