ScholarWorks@Soongsil University: Park, Joung Hu

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Park, Joung Hu (박종후)

College of Engineering (School of Electrical Engineering)

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high efficiency:5||Capacitors:5||Energy storage:5||AC resistance:4||Active power decoupling:4||photovoltaic:4||Electrical resistance measurement:4||Integrated circuit modeling:4||Transformers:4||Topology:4||Resistance:4||Inductance:3||Flyback converter:3||Wires:3||High efficiency:3||Yarn:3||Switches:3||Conductivity:3||Conductors:3||copper (Cu):3||resonant converter:3||Copper:3||Bridge circuits:3||Power decoupling:3||maximum power point tracking (MPPT):3||Differential power processing:2||Differential power processor:2||Capacitance:2||Photovoltaic:2||Photovoltaic applications:2||Magneticless:2||variable inductor:2||Piezoelectric transducer:2||Coupledinductor:2||Power conditioner:2||phase shift control:2||bypass switch:2||photovoltaic (PV):2||State of charge:2||photovoltaic systems:2||photovoltaic (PV) systems:2||carbon nanotube fiber (CNTF) yarn:2||high frequency:2||Inductors:2||Stepup:2||Integrable converter:2||Moduleintegrated converter:2||Tappedinductor:2||Charge balancing:2||Inverters:2||Resonant converter:2||current measurement:2||current sampling:2||Isolated switchedcapacitor cell:2||low coupling:2||shunt resistor:2||Contactless transformer:2||DCDC power converters:2||skin effect:2||Harmonic analysis:2||softswitching extension schemes:2||Windings:2||Wireless communication:2||Bidirectional converter:2||Seriesconnected:2||Energy Recovery Circuit:1||Energy Storage:1||Energy recovery:1||Equivalent electrical circuit modeling (EECM):1||Exponential smoothing:1||FPGA:1||Feedforward:1||Ferrite:1||Film capacitor:1||Finite control setmodel predictive control (FCSMPC):1||Flux cancellation:1||Flux cancellation method:1||Flybuck converter:1||Forward converter:1||Fuel cell system:1||Fuel efficiency:1||FullBridge:1||Gate leakage current:1||Gridconnected:1||Hbridge cell:1||Hbridge inverter:1||High stepup:1||Highfrequency transformer model:1||Hill climbing:1||Hybrid renewable power systems:1||IOP sensor:1||ISM frequency:1||Impedance:1||Impedance shaping:1||Inductor:1||Integrated inductor:1||Interleaved energy transfer:1||Isolated DC sources:1||Isolated singlestage DC/AC converter:1||Lead (Pb):1||LiCoO2 cell:1||LiFePO4 cell:1||LiNiMnCoO2 cell:1||Linear regulator:1||Lithiumion batteries:1||Loss measurement:1||MEPT algorithm:1||MMC:1||MPPT:1||MPPT(Maximum Power Point Tracking):1||MV variablespeed drives:1||Magnetic resonance imaging:1||Mathematical models:1||Maximum efficiency point:1||Maximum power point tracking:1||Mercuryfree fluorescent lamp:1||Microinverter:1||Modular multilevel converter:1||Modulationindex limitation:1||Multilevel inverter:1||Multioutput:1||Multioutput flyback converter:1||Multilevel inverter:1||Multiple winding:1||Multipleoutput:1||Noise suppression technique (NST):1||O):1||Output ripple:1||PCS volume reduction:1||PV lighting system:1||PV system:1||PV systems:1||PVbus architecture:1||PVtobus (PVbus) architecture:1||Parallel operation:1||Parasitic Resistance:1||Partial shading:1||Peak current mode control:1||Photovoltaic power generator:1||Piecewise affine (PWA):1||Plasma display panel (PDP):1||Power electronics:1||Power harmonic filters:1||Power loss:1||Power transformer insulation:1||Primary side regulation:1||Proximity effects:1||Regenerative Transformer:1||Remaining useful life:1||Renewable Energy:1||Resonant converters:1||Resonant frequency:1||Retired battery:1||Ripple power elimination:1||Ripple rejection controller:1||Ripple rejection design:1||SCPVM(SelfControlled PV Module):1||SOC:1||SOC estimation:1||SOH:1||STATCOM:1||Safety:1||Second used battery:1||SiC MOSFET:1||Single ended:1||Singleended:1||Skin:1||Sliding mode control:1||Sliding mode control design:1||Smallsignal model:1||Smallsignal modelling:1||Softswitching:1||Sold State Transformer (SST):1||Standalone:1||Standby power:1||State of health:1||State of health (SOH):1||Switching mode power supply:1||System:1||THD minimization:1||Tapped inductor:1||Temperature measurement:1||Temperature sensors:1||Timeseries data analysis:1||Total harmonic distortion:1||Transient analysis:1||Unit minimum:1||Unitminimum LPPT:1||VAR compensation:1||Voltage:1||Voltage balance:1||Voltage control:1||Voltage preregulator:1||Wind system:1||Wireless sensor networks:1||ZVS softswitching:1||Zero Voltage Switching:1||Zero voltage switching:1||ZigBee:1||Zigbee communication:1||amplifier:1||anisotropy of conductivity:1||anisotropy of magnetic property:1||asymmetric cascaded Hbridge:1||asymmetrical:1||averaging current mode control:1||bandpass filter (BPF):1||bidirectional DCDC converter:1||boostforward converter:1||building integrated:1||carbon nanotube (CNT) fiber:1||carbon nanotube (CNT) yarn:1||carbon nanotube fiber:1||cascaded Hbridge (CHB) inverter:1||cascaded converter:1||center tap:1||chaos operation:1||chargepump:1||circular planar spiral coil:1||communication failure:1||conductive thread:1||contactless power transfer:1||controllable inductance:1||convolutional neural network:1||costeffective:1||coupled inductor:1||coupledinductor:1||crosstalk:1||cyberattacks:1||dccurrent rejection:1||deep learning:1||design method:1||differential power processing:1||differential power processing (DPP):1||direct LPPT:1||discontinuous conduction mode:1||discrete current:1||discretetime sensing:1||distributed module:1||dual halfbridge:1||dutycycle optimization:1||embroidered antenna:1||energy storage system (ESS):1||energyrecovery:1||experimental validation stage:1||false data inject attack:1||fault diagnosis:1||film capacitor:1||finite control set model predictive control:1||finite control set model predictive control (FCSMPC):1||flexible standalone:1||flyback converter:1||forwardflyback:1||forwardflyback converter:1||frequency control:1||gate oxide reliability:1||generalized average model (GAM):1||grid connected:1||gridconnected:1||gridtied:1||high ampacity:1||highQ:1||highfrequency:1||highfrequency SCTR:1||highfrequency conductivity:1||highfrequency link converter:1||highfrequency shelltype coaxial transformer:1||highfrequency transformers:1||highorder:1||hybrid control:1||hybridswitching strategy:1||incremental capacity curve:1||independently controlled:1||individual regulation:1||industrial:1||input impedance:1||isolated ClassE resonant inverter:1||ladder model:1||least power point tracking:1||litz wire (Litz):1||low cost:1||low frequency inverter:1||lowpower electronics:1||machinetomachine:1||magnetic powerdecoupling:1||magnetic resonance:1||maximum power point tracking:1||mechanically controlled inductor:1||mechanicallycontrolled inductor:1||medical (ISM) bands:1||metallic characteristics:1||microinverter:1||model predictive control (MPC):1||modular multilevel converters (MMCs):1||module integrated:1||moduleintegrated:1||multilevel:1||multilevel converter (MC):1||multilevel inverter:1||multipleoutput converter:1||multipleresonance wireless power transfer system:1||multipleresonant wireless power transfer (WPT) system:1||multiport isolated converter:1||multiport transformer:1||optimization technique:1||perturbandobserve:1||perturbandobserve (P&:1||phaseshift:1||photovoltaic (PV) applications:1||photovoltaic (PV) power:1||power 50:1||power conditioner:1||power conditioning:1||power conversion:1||power conversion systems:1||power decoupling:1||power density:1||programmable firing angles:1||proximity effect:1||pseudo dc link:1||recycling:1||reduced power mode (RPM):1||regeneration:1||regression analysis:1||resistive current sensing:1||resonance frequency:1||retired series/parallel battery pack:1||ripple reduction:1||ripple rejection:1||sampleandholder:1||sampling time:1||scientific:1||sensor fault:1||series connected:1||shelltype coaxial TR:1||shortcircuit test:1||single PWM:1||single switch:1||singlestage Isolated AC/AC converter:1||skin depth:1||slidingmode control (SMC):1||softswitching:1||spiral inductor:1||standalone:1||standalone:1||stateofhealth:1||static synchronous compensator (STATCOM):1||strategic analysis:1||submodule capacitor voltage ripple:1||sustain driver:1||switchedtransformer:1||tappedinductor:1||textile coil:1||thermal effect:1||transformer:1||transformer current RMS value:1||trinary inverter:1||variable inductance:1||variablespeed drives:1||virtual capacitance:1||voltage balancer:1||voltage gain:1||voltage imbalance:1||wide air gap:1||wireless:1||wireless highfrequency transformer:1||wireless power transfer:1||wireless power transfer (WPT) charging systems:1||0 W:1||without commutation problem:1||AC ground:1||ACHB inverter:1||Aging cell:1||Air flow control:1||Ampere counting:1||Analytical models:1||Asymmetric MLI:1||Asymmetric cascaded Hbridge:1||Asymmetric cascaded multilevel inverter:1||Asymmetric multilevel inverter:1||Automatic voltage control:1||Auxiliary converter:1||BMS:1||Batteries:1||Battery energy storage systems:1||Battery management:1||Bidirectional dcdc converter:1||Bidirectional DCDC Converter:1||Bidirectional buckboost converter:1||Bifurcation analysis:1||Boost Converter:1||Boost converter:1||Buckflyback:1||Bypass diode:1||Bypass switch:1||Capacitive load:1||Capacitor voltage ripple:1||Capacity:1||Carbon nanotube fiber (CNT) yarn:1||Carbon nanotube fibers (CNTFs):1||Carbonbased electronics:1||Cascaded Hbridge (CHB) converter:1||Cascaded Hbridge inverter:1||Cascaded doubleboost converter:1||Cellbalancing:1||Centralized controller:1||Chaos:1||Chargebalancing:1||Charger/Discharger:1||Circuit faults:1||Coaxial winding:1||Coils:1||Commercialized core:1||Communication networks:1||Continuous conduction mode (CCM):1||Control systems:1||Controllable inductance:1||Controller design:1||Convolution:1||Current balance transformer:1||Cyclebycycle current limitation:1||DC grid:1||DCDC:1||DCDC converter:1||DCDC power convertors:1||Data models:1||Datadriven method:1||Differential class E resonant converter:1||Digital Controller:1||Digital slope compensation:1||Discretetime model:1||Dynamic response model:1||EDLC(Electric Double Layer Capacitor):1||Electrolyticcapacitorless:1||

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