ScholarWorks@Hanyang University: Kim, Rae Young

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Kim, Rae Young (김래영)

COLLEGE OF ENGINEERING (MAJOR IN ELECTRICAL ENGINEERING)

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Tel 02-2220-2897
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LLC resonant converter:9||Circulating current:6||photovoltaic (PV):5||Microgrid:5||sensorless control:4||LCL filter:4||solidstate transformer (SST):4||predictive control:4||DC microgrid:4||Capacitors:4||Smallsignal model:4||multilevel converter:4||DC microgrids:3||Multilevel inverter:3||PCB layout:3||scaling factor:3||smallsignal model:3||Droop control:3||Battery charger:3||Voltage control:3||high efficiency:3||Sensorless Control:3||SiC MOSFET:3||Switches:3||multiwinding transformer:3||droop control:3||Parallel threephase boost converters:3||BDEW:2||interleaved:2||Fault Diagnosis:2||Fault diagnosis:2||current sensor:2||sensorless machine control:2||curve fitting:2||Adaptive turn ratio:2||Resonant converter:2||leakage current:2||shortcircuit protection:2||Twostage inverter:2||OpenPhase Fault:2||Rogowski coil:2||low frequency transformer:2||low order harmonic:2||Rotation matrix:2||VDEARN:2||Optimization:2||Gridconnected:2||PMSM:2||Gridconnected inverter:2||maximum power point tracking (MPPT):2||Boost converter:2||Sensorless control:2||PWM boost converter:2||switched reluctance motor (SRM):2||double pulse test:2||WBG device:2||Parallel operation:2||electric current control:2||Signal injection:2||noise immunity:2||Wide output voltage:2||Finitecontrolset model predictive control (FCSMPC):2||Electric vehicle:2||High efficiency:2||total harmonic distortion (THD):2||Microgrids:2||Auxiliary resonant circuit:2||ZVT:2||Singlephase fullbridge DCAC inverter:2||Flux cancellation:2||Soft switching:2||Softswitching:2||grid stabilization:2||High voltage direct current (HVDC):2||Stability analysis:2||parasitic inductance:2||Inverters:2||weak grid:2||Stator Resistance:2||Battery:2||Current control:2||zerovoltage transition (ZVT):2||Coupled magnetics:2||gridconnected:2||gridconnected inverter:2||pickup coil:2||harmonic compensation:2||position control:2||position estimation:2||power control:2||high frequency:2||high power density:2||Power system stability:2||IH series resonant tank:2||IPMSM:2||NPC inverter:2||IPMSM drive:2||IPMSM(Interior Permanent Magnet Synchronous Machine):2||circulating current:2||GaN:2||common mode:2||Ramp rate:2||induction motor:2||Threephase coupled inductor:2||robust control:2||GaN HEMT:2||Bidirectional DCDC converter:2||rotors:2||EKF:2||High voltage direct current:1||High voltage direct current(HVDC) transmission system:1||Highfrequency signal injection:1||Highvoltage dcdc converter:1||HubStation:1||IEC 6100032 Class A:1||IPMSM(Interior Permanent Magnet Synchronous Motor):1||Impedance:1||Index TermsCircuit optimization:1||Inductance:1||Induction Motor:1||Induction heating:1||Induction heating (IH) series resonant tank:1||Inductive power transfer:1||Inductor variation:1||Initial rotor position estimation:1||Integrated compensator:1||Integrated singlestage power converter:1||Integrated switching module:1||Integrated transformer:1||Intelligent power multichip module:1||Interior Permanent Magnet Synchronous Motor:1||Interior Permanent Magnet Synchronous Motors (IPMSMs):1||Interior permanent magnet synchronous motor(IPMSM):1||Interleaved converter:1||Interoperability:1||Inverter:1||Inverter loss:1||LCC HVDC:1||LLC Resonant Converter:1||LLC converter:1||LQ method:1||Lattices:1||Legged locomotion:1||Lithiumion battery:1||Logic gates:1||Loss Analysis:1||Lowbandwidth communication:1||Luenberger observer:1||Lumped parameter modeling:1||MMC(Modular Multilevel Converter):1||MODFETs:1||MOSFET:1||MPC:1||MSIS(Modular Scalable Inverter System):1||Magnetic cores:1||Magnetic device:1||Magnetic fields:1||Magnetic flux:1||Magnetizing energy:1||Magnetron power supplies:1||Mathematical model:1||Maximum power point tracking (MPPT):1||Middlebrook&:1||Model predictive control(MPC):1||Modeling:1||Modified unipolar PWM scheme:1||Modular Multilevel Converter (MMC):1||Modular multilevel converter (MMC):1||Modular multilevel converter(MMC):1||Modular multilevel converter:1||Modular multilevel converter (MMC):1||Motor drives:1||Multi layer PCB pattern coil:1||Multilevel converter:1||Mutual inductance:1||NPC averaged model:1||NPC state space representation:1||NPC switching function Smallsignal Model:1||Neutral Point Balancing:1||Neutralpoint voltage oscillation:1||Neutralpointclamped inverter:1||Nonisolated:1||Nonisolated converter:1||Nonlinear Model Predictive Control (NMPC):1||Novel control method:1||OCP:1||Omnidirectional wireless power transfer:1||Open switch fault:1||PEEC:1||PQ variations:1||PV equivalent circuit:1||PWM method:1||Parallel threephase voltage source inverters:1||Parameter estimation:1||Parasitic inductance:1||Partial Element Equivalent Circuit:1||Performance comparison:1||Permanent Magnet Synchronous Motor (PMSM):1||Permanent magnet motors:1||Permanent magnet synchronous motor:1||Phase locked loop(PLL):1||Phase looked loop (PLL):1||Photovoltaic:1||Positioning:1||Power Factor Correction:1||Power conditioning:1||Power factor:1||Power flow analysis:1||Power harmonic filters:1||Power loop:1||Power transmission:1||Predictive control:1||Probability distribution function:1||Programmable Low Pass Filter:1||Pulse width modulation:1||Quasiresonant:1||Ramp rate Control:1||Receivers:1||Reliability:1||Renewable Energy Sources:1||Renewable energy:1||Renewable energy resources:1||Renewable energy systems:1||Representative days:1||Resonance effect:1||Resonant parameter variation:1||SOC:1||SOC(State of Charge):1||SRM drive system operation:1||Scalability:1||Secondorder harmonic current:1||Secondary controller:1||Sensorless:1||Sensorless control:1||SiC diode:1||SiCMOSFET:1||Silicon carbide:1||Simple Parameter Estimation (SPE):1||Simulation:1||Single current sensor:1||Single duty cycle PWM controlled:1||Single phase LCLfilter based converter:1||Snubber capacitor:1||Softswitching control:1||Solid state transformer:1||Space Vector PWM:1||Stability criteria:1||Statespace averaging:1||Stator Flux Oriented Control:1||Supercapacitor:1||Switch opendamage:1||Switched capacitor auxiliary cell:1||Switched capacitor cell:1||Switching frequency:1||Symmetrical multiwinding transformer:1||Synchronization controller:1||Systematic modeling:1||TDA(TimeDomain Analysis):1||THD:1||TapChange motor:1||Technoeconomic analysis:1||Threelevel inverter:1||Threephase power converter:1||Time delay effect:1||Totempole PFC:1||Transfer functions:1||Transformerless:1||Transmitter coil structure:1||Transmitters:1||Two dclink current sensors:1||Twoinductor:1||Twostage DCDC converter:1||UltraHighSpeed:1||Unbalanced grid:1||V2G (Vehicle to Grid):1||VPI(Vector PI):1||VSC HVDC:1||Vector proportionalintegrator control:1||VehicletoGrid (V2G) Charger:1||Virtual impedance:1||Voltage:1||Voltage compensation:1||Voltage restoration:1||Voltage sensitivity:1||Voltage sensitivity analysis:1||Voltage sensitivity matrix:1||WBG semiconductor device:1||Wbg semiconductors:1||Wide conduction area:1||Wide output voltage range:1||Wireless power transfer system:1||ZCS:1||ZCZVS converter:1||ZVS:1||ZVS converter:1||Zero voltage switching:1||ZeroVoltageSwitching (ZVS):1||ZeroVoltageTransition:1||Zerosequence circulating current:1||active battery voltage balancing:1||active disturbance rejection control:1||active disturbance rejection control (ADRC):1||active feedforward:1||adaptive control:1||apos:1||asynchronous carriers:1||auxiliary resonant circuit:1||averaged model:1||balancing speed:1||bandwidth:1||battery charger:1||battery management system:1||boost converter:1||brushless directcurrent (BLDC) motors:1||capacitor lifetime:1||capacitor ripple current:1||capacitorless:1||carrier shifting:1||cascaded flyingcapacitor Hbridge:1||central inverter:1||circulating current suppression strategy:1||comparator:1||control engineering computing:1||control method:1||control scheme:1||control structure:1||control unit:1||current control performance:1||current control response:1||current flow:1||current prediction:1||dq inductance:1||dc battery:1||dc boost:1||dc microgrid (MG):1||dc microgrids:1||dcdc converter:1||dcdcac converter:1||dclink voltage regulation:1||deadbeat predictive current control:1||decentralized communication:1||delay:1||desaturation:1||digital delay:1||diode rectifier:1||discrete time systems:1||discretetime disturbance observer:1||distributed control method:1||distributed generator:1||disturbance estimator:1||doublefundamental frequency:1||driving cycle:1||efficiency improvement:1||energy storage system:1||equivalent model:1||evaluation:1||extended describing function:1||extended state observer:1||extended state observer (ESO):1||fault detection:1||fault diagnosis:1||fault ride through (FRT):1||faulttolerant control:1||filter design:1||finite control set model predictive control (FCS MPC):1||finite control setmodel predictive control (FCSMPC):1||finitecontrolset model predictive control (FCSMPC):1||fluxlinkage estimation:1||flying capacitor converter:1||flying capacitor converter (FCC):1||flying capacitor multilevel rectifier:1||fuzzy system:1||gain margin:1||gallium nitride (GaN):1||gallium nitride high electron mobility transistors:1||gate driver:1||grid code:1||grid impedance:1||high frequency transformer (HFT):1||highefficiency design:1||highfrequency circulating current:1||highfrequency voltage compensation:1||highspeed train:1||hybrid sensorless control:1||impedance modeling:1||indirect field oriented control:1||inductance:1||inductance inflection point:1||inductance profile:1||inductance variation:1||induction heating:1||inductive power transfer:1||integrated compensator:1||integrated multichips power module:1||intelligent multichip power module:1||interference suppression:1||interior permanent magnet synchronous motor:1||interior permanent magnet synchronous motor (IPMSM):1||interleaving winding:1||internal model principle:1||inverter:1||inverter fault:1||inverter loss:1||invertors:1||lithiumion battery:1||lithiumion(Liion) battery:1||lookup tables:1||low parasitic capacitance:1||lowbandwidth communication (LBC):1||machine control:1||magnetic decoupling:1||magnetic equivalent model:1||magnetic flux cancellation:1||magnetizing energy:1||medium voltage:1||medium voltage (MV):1||memory space requirements dependency:1||microgrid:1||model reference adaptive system (MRAS):1||modular and scalable inverter systems:1||modularized charge equalizer:1||module charge equalizer:1||motor loss:1||multi&:1||multilayer PCB pattern coil:1||multiwinding transformer:1||mutual inductance:1||negative spike:1||nonlinear observer:1||nonlinear position control:1||observers:1||omnidirectional WPT system:1||omnidirectional wireless power transfer (WPT):1||online sensorless position estimation method:1||opencircuit fault:1||operating mode analysis:1||optimization design:1||output:1||overlap position:1||parallel gridconnected inverters:1||parallel inverters:1||parallel module:1||parallel threephase boost converters:1||parameter mismatch:1||parameter sensitivity:1||partial switching:1||peak detection:1||performance comparison:1||permanent magnet motors:1||permanent magnet synchronous motor:1||permanentmagnet machines:1||permanentmagnet synchronous motor (PMSM):1||phase control:1||phase winding:1||photovoltaic (PV) simulator:1||planar transformer:1||power device:1||power factor:1||power factor correction:1||power factor correction (PFC):1||power plant:1||predictive current mode control PFC:1||programmable low pass filter:1||pulsewidth modulated (PWM) control scheme:1||pulsewidthmodulated (PWM) boost converter:1||quasinotch filter:1||reference voltage model:1||reliability:1||reluctance motor drives:1||remote island microgrid:1||resonance:1||resonance and antiresonance effect:1||resonant:1||resonant network:1||robust predictive current control:1||rotor flux information:1||rotor position information:1||rotor resistance:1||s stability criterion:1||scalability:1||seamless transfer:1||semibridgeless active rectifier:1||sensitivity:1||sensorless:1||seriesconnected SiC MOSFETs:1||serpentine winding method:1||shell type transformer:1||shelltype transformer:1||single current sensor:1||singlephase flyingcapacitor inverter:1||snubber capacitor:1||softswitching:1||solid state transformer (SST):1||solidstate transformer:1||stability:1||stability analysis:1||stator resistance:1||stators:1||steadystate current error:1||stray capacitor:1||surface mounded permanent magnet synchronous motor:1||switch current:1||switch damage:1||switched capacitor cell:1||switched reluctance motor:1||switched reluctance motor characteristics:1||switching loss:1||switching losses:1||switching modification:1||synchronous control:1||synchronous motors:1||system of systems:1||table lookup:1||tapchange motor:1||tapchanger:1||the redundant state selection (RSS) method:1||three phase:1||three vector:1||threephase coupled inductor:1||threephase inverter:1||timedomain analysis:1||torque control:1||torque ripple reduction:1||transient state error:1||twoinductor:1||twostage LC filter:1||ultrahighspeed:1||uncertainty:1||variable switching frequency:1||vertical lattice loop:1||voltage balancing:1||voltage control:1||voltage control algorithm:1||voltage gain curve:1||voltage ripple:1||voltage sensitivity matrix:1||voltage shifting (VS):1||wide bandgap (WBG) power semiconductors:1||wide bandgap devices:1||wide bandgap power semiconductor:1||wireless power transfer (WPT) system:1||zerovoltage transition:1||#8211:1||zerovoltagetransition:1||1Shunt inverter:1||AC Vs. DC:1||AC motor drives:1||Active disturbance rejection control:1||Active feedforward:1||Active power filter:1||Adaptive notch filter:1||Analog control:1||Analysis:1||Asymmetrical PWM control scheme:1||Back EMF based sensorless control:1||Balancing current:1||Bidirectional Converter:1||Bidirectional topology:1||Boost power factor correction (PFC) converter:1||Brushless DC motors:1||CCCV charging:1||CCCV charging profile:1||CE:1||Capless:1||Capacitorless:1||Cascaded flying capacitor bridge (CFCB):1||Central inverter:1||Circulating current control:1||Coils:1||Common bus:1||Communication delay:1||Communication networks:1||Compensator design:1||Conducted Emission:1||Conducted noise:1||Conduction loss:1||Conductors:1||Control hierarchy:1||Control strategy:1||Control systems:1||Converter control:1||Copper loss:1||Copula function:1||Crosstalk:1||Current measurement:1||Current prediction:1||Current reconstruction:1||Current sharing:1||Curve fitting:1||DC Boost:1||DC bus signaling:1||DC bus signaling (DBS):1||DC distribution system:1||DCDC converter:1||DQ transformation:1||Deadbeat control:1||Decentralized control:1||Delay:1||Describing function:1||Digital control:1||Diode rectifier:1||Direct torque control:1||Direct torque control (DTC):1||Distributed control method:1||Distributed energy resource:1||Distributed generations:1||Distributed generator:1||Distribution system:1||Driving cycle:1||Dynamic equation:1||Dynamic response:1||EMI:1||EV (Electric Vehicle):1||EV fast charger:1||Efficiency:1||Electric vehicles(EVs):1||Energy storage device:1||Energy storage system:1||Energy storage systems:1||Enhanced second order generalized integrator(ESOGI):1||Extended EMF:1||Extended Kalman Filter:1||Extended Kalman Filter (EKF):1||Extended Rotor Flux (ERF):1||Extended state observer:1||FCC:1||Fastcharger:1||Fault tolerant control:1||Filter based active damping:1||Finite control setmodel predictive control:1||Finiteelement method:1||First switching harmonic:1||Flyback converter:1||Flying capacitor rectifier:1||Fourier series:1||Frequency restoration:1||Fullbridge inverter:1||Gparameter:1||GaN HEMTs:1||GaN HETMs:1||Gallium nitride:1||Gate drivers:1||Grid connected inverter:1||Grid impedance:1||Grid impedance estimation:1||Grid synchronization:1||HEMTs:1||HESS:1||HVDC(High Voltage Direct Current):1||Harmonics:1||High frequency voltage signal injection:1||High power density inverter:1||

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