ScholarWorks@Soongsil University: Lim, Sung Hun

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Lim, Sung Hun (임성훈)

College of Engineering (School of Electrical Engineering)

Research Area: 초전도전력응용, 전력계통보호, Superconducting Power Application, Power System Protection

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Superconducting fault current limiter (SFCL):34||superconducting fault current limiter (SFCL):20||Superconducting Fault Current Limiter(SFCL):13||Fault current:12||Superconducting Fault Current Limiter (SFCL):12||Power distribution system:12||Fluxlock type superconducting fault current limiter (SFCL):10||protection coordination:10||Double quench:9||power distribution system:8||Fault currents:8||Superconducting fault current limiter:7||Circuit faults:7||Current limiting characteristics:6||fault current limiting characteristics:6||Fault Current Limiting Characteristics:6||Power Burden:5||Limiting:5||Overcurrent relay (OCR):5||Windings:5||Protective coordination:5||Double Quench:4||Protection coordination:4||protective device:4||Fault current limiting characteristics:4||Protective Coordination:4||Power Distribution System:4||Power System:4||Superconducting Fault Current Limiter:4||Dispersed generation (DG):4||Fault current limiting operation:4||Inductance:4||RecloserFuse coordination:4||Recovery Characteristics:4||Power distribution:4||Winding direction:4||SFCL:4||DC system:4||Saturation:4||overcurrent relay (OCR):4||fault current:4||EI core:3||Trigger:3||Transformer type superconducting fault current limiter (SFCL):3||Transformer type SFCL:3||magnetic coupling:3||Phase transformers:3||Magnetic Coupling:3||Limiting impedance:3||Flux linkage:3||protective devices:3||Shield layer:3||over current relay (OCR):3||Iron:3||Hysteresis characteristics:3||FluxLock Type Superconducting Fault Current Limiter(SFCL):3||superconducting modules (SCMs):3||voltage sag:3||Recovery characteristics:3||threephase transformer type superconducting fault current limiter (SFCL):3||Fluxcoupling:3||Power burden:3||Fault angle:3||time dial (TD):2||transformer type SFCL:2||Distance of Fault Point:2||Magnetizing current:2||Resistance:2||Capacity Increase Method:2||Winding Direction:2||Current limiting element:2||Hybrid:2||Hybrid superconducting fault current limiter (SFCL):2||voltage component:2||Saturation of iron core:2||Neutral Line:2||HybridType Superconducting Fault Current Limiter:2||正會員 : 崇實大 工大 電氣工學部 敎授工博Email : superlsh73@ssu.ac.kr接受日字 : 2005年 11月 14日最終完了 ::2||Hysteresys Characteristics:2||正會員 : 朝鮮大 工大 電氣工學科 助敎授工博Email : hyosang@chosun.ac.kr* 學生會員 : 朝鮮大 工大 電氣工學科 碩士課程:2||current limiting characteristics:2||ShortCircuit Current:2||Simultaneous quench:2||Operating Characteristics:2||Impedance:2||double quench:2||Optical character recognition software:2||Fast fourier transform (FFT):2||Bus Voltage Drop Compensation:2||Superconducting fault current limiter(SFCL):2||Superconducting fault current limiters (SFCL):2||Overcurrent relay (OCR):2||Inductance Ratio:2||flux linkage:2||Fault Diagnosis:2||Support Vector Machine:2||fluxlock type superconducting fault current limiter:2||PSCAD/EMTDC:2||fluxlocktype superconducting fault current limiter (SFCL):2||Fluxlock type SFCL (superconducting fault current limiter):2||Current Limiting Characteristics:2||hysteresis characteristics:2||AirGap:2||impedance compensation method:2||Threephase transformer type superconducting fault current limiter (SFCL):2||Power Burden1. INTRODUCTION†교신저자:2||Power Transformer:2||limiting impedance:2||Power Transmission System:2||Transformer type SFCL (superconducting fault current limiter):2||magnetizing characteristics:2||magnetizing current:2||Frequency domain:2||malfunction:2||Large Transformer:2||Transport current distribution:2||After half cycle:2||Fuse rating:2||Power system protection:2||overcurrent relay (OCR):2||Generators:2||peak current limiting:2||peak fault current:2||EI iron core:2||Magnetic coupling:2||quench characteristic:2||Magnetic flux:2||HTSC element:2||HTSC elements:2||Bridge type:2||saturation of an iron core.1. INTRODUCTION†교신저자:2||Quench:2||shortcircuit current:2||shortcircuit tests:2||Quench velocity:2||Voltage:2||Fault current limiting operations:2||Magnetization characteristic:2||Voltage component:2||Voltage measurement:2||HighTC superconducting (HTSC) power cable:2||Voltage sag suppressing operation:2||MTDC (multiterminal DC):1||Magnetic field application effect:1||Magnetic flux application circuit:1||Magnetic flux.:1||Magnetic saturation:1||Magnetically coupled SFCL (superconducting fault current limiter):1||Magnetically coupled shunt reactors:1||Magnetization:1||Magnetization characteristics:1||Magnetization current:1||Magnetization force variation:1||Magnetization inductance:1||Magnetizing power area:1||Mathematical model:1||Mathematical models:1||Mechanical switch:1||Midpoint grounding:1||Neutral line:1||Nonisolation:1||Nonlinear vibration isolators:1||Offshore wind farm:1||Operation characteristics:1||Operational characteristics:1||Optical character recognition:1||Over current relay:1||Over current relay (OCR):1||OverCurrent Limiting Operation:1||OverCurrent Relay(OCR):1||Overcurrent relay (OCR).:1||Overhead Transmission Line:1||PQC:1||Parallel operation:1||Peak Current Limiting:1||Peak Fault Current:1||Peak current limiting:1||Peak current limiting function:1||Peak fault current:1||Peak fault current limiting operation:1||PeakCurrent:1||Pitch length:1||Power consumption:1||Power conversion:1||Power grids:1||Power main transformers:1||Power system:1||Power system harmonics:1||Power transformer insulation:1||Power transmission system:1||Protect coordination:1||Protection:1||Protection Coordination:1||Protection relay:1||Protective device:1||Protective devices:1||Protective equipment:1||Protective relay:1||QZS isolators:1||Quench sequence:1||Raman Spectroscopy:1||Rated interrupting current:1||Recloserrecloser coordination:1||Recovery:1||Recovery time.:1||Relays:1||Renewable energy sources:1||Resistors:1||SFCL (superconducting fault current limiter):1||SFCL (superconducting fault current limiter):1||SFCL (transformer type superconducting fault current limiter):1||SFFT:1||Saturation region:1||Series Connection Type:1||Shock (mechanics):1||Short circuit test:1||Simultaneous Quench:1||Solenoidtype magnetic field coil:1||Superconducting Element:1||Superconducting Elements:1||Superconducting Fault Current Limitter (SFCL):1||Superconducting amplifier:1||Superconducting element:1||Superconducting fault current (SFCL):1||Superconducting fault current limiter (SFCL).:1||Superconducting fault current limiters (SFCLs):1||Superconducting fault current limiting breaker (SFCLB):1||Superconducting flux flow transistor(SFFT):1||Superconducting magnets:1||Superconducting modules (SCMs):1||Switches:1||Tap changer:1||TermsSuperconducting fault current limiter (SFCL):1||The Magnetic Coupling Type:1||The ShortCircuit Tests:1||The Superconducting Fault Current Limiter (SFCL):1||The Superconducting Fault Current Limiter(SFCL):1||The fluxlock type superconducting fault current limiter (SFCL):1||Third Winding:1||Threephase ground fault current limiting operations:1||Threephase ground fault types:1||Threephase ground faults:1||Threephase transformer type superconducting fault current limiter(SFCL):1||Time domain:1||Transformer:1||Transformer Type Superconducting Fault Current Limiter(SFCL):1||Transformer Winding:1||Transformer type:1||Transformer winding:1||Transient current limiting characteristics:1||Transient fault current limiting characteristics:1||Transresistance:1||Trigger type SFCL:1||Trigger type superconducting fault current limiter (SFCL):1||Trip delay:1||Trip time delay:1||Twice Fault Current Limiting Operation:1||Twice triggering operation:1||Twice triggering operations:1||Two Magnetic Paths:1||Two Magnetically Coupled Type:1||Two Operational Currents:1||Two Superconducting Elements:1||Two adjustable operational currents:1||Two magnetic paths:1||Two magnetically coupled windings:1||Two triggering current levels:1||Two triggering currents:1||TwoChannels:1||UPS:1||Unipolar system:1||Unsymmetrical fault current:1||Unsymmetrical ground fault:1||Unsymmetrical ground fault.:1||VSC (voltage sourcedconverter):1||Voltage Burden:1||Voltage Sag Suppressing Characteristics:1||Voltage restrained overcurrent relay:1||Voltage sag:1||Voltage sag compensating and current limiting characteristics:1||VoltageSag Suppressing Characteristics:1||Voltagesag suppression:1||Vortex flux flow:1||Vortex motion:1||Waveform:1||WeakLink:1||Weight Factor:1||Winding direction.:1||Winding method:1||Zero crossing period (ZCP):1||additional circuit:1||alternating overcurrent characteristics:1||amplifier:1||balanced power burden:1||capacitor discharge:1||common connection point:1||conducting layers:1||current limiting and interrupting operations:1||current limiting and recovery characteristics:1||current limiting operation:1||current limiting reactor (CLR):1||current limiting resistor:1||current redistribution:1||current source:1||current source location:1||currentlimiting reactor (CLR):1||directional correction:1||dispersed generation (DG):1||distributed energy resources (DER):1||dual iron core:1||dual iron cores:1||dual peak current limiting:1||dynamic range:1||electrical safety:1||electrical shock:1||electromagnetic repulsion force:1||fast Fourier transform (FFT):1||fault current limiter:1||fault current limiting degree:1||fault current limiting operation:1||first half cycle nonlimiting operation:1||fluxcoupling type:1||fluxlock SFCL:1||fluxlock type SFCL:1||fluxlock type superconducting fault current limiter (SFCL):1||fluxlock type superconducting fault current limiters (SFCLs):1||ground fault types:1||harmonic component:1||heartcurrent factor:1||human electric shock:1||hybrid DC circuit breaker (DCCB):1||hybrid selfexcited type superconducting DC circuit breaker(DCCB):1||hybrid superconducting fault current limiter (SFCL):1||hybridtype superconducting fault current limiter:1||impedance compensation:1||impedance components:1||induction motor:1||instantaneous powers characteristics:1||insulated connection:1||integrated threephase fluxlock type SFCL:1||joule losses:1||lowvoltage DC (LVDC):1||magnetic fluxcoupling type:1||magnetic fluxlinkage:1||magnetization characteristics:1||magnetization current:1||magnetizing power area:1||mechanical switch:1||mechanical switch (MS):1||micro grid:1||midpoint:1||midpoint grounding:1||modified fluxlock type superconducting fault current limiter (SFCL):1||noninsulated connection:1||nonseparated secon dary windings:1||operational current:1||A fluxlock type superconducting fault current limiter (SFCL):1||parameter settings:1||peak DC fault currentlimiting operation:1||peak fault current limiting operation:1||polar transmitter:1||power burden:1||protection devices:1||protective relays:1||quench characteristics:1||reactor (CLR):1||recloser:1||recovery:1||recovery characteristics:1||renewable energy sources:1||saturation of iron core:1||short circuit test:1||shortcircuit test:1||simultaneous quench:1||smart grid:1||stepchanging case method:1||superconducting element:1||superconducting elements:1||superconducting fault current limiter:1||superconducting fault current limiter.:1||superconducting hybrid DC circuit breaker:1||superconducting modules (SMs):1||the closed and the open cores:1||third winding:1||threephase ground faults:1||transformer:1||transformer type superconducting fault current limiter (SFCL):1||triggertype superconducting fault current limiter (SFCL):1||trip time delay:1||twice current limiting operations:1||twicequench trigger type SFCL:1||two magnetic paths:1||two secondary windings:1||two triggering current levels:1||under voltage relay (UVR):1||uninterruptible power supplying (UPS) function:1||unsymmetrical ground fault:1||unsymmetrical ground fault types:1||voltage drop:1||voltage sourced converter (VSC):1||wind farm:1||winding direction:1||zero crossing:1||正會員 : 전북대 고급인력 양성사업단 박사후연구원공박Email : merchin@kunsan.ac.kr*正 會 員 : 숭실대 공대 전기공학부 교수공박:1||overcurrent relay:1||AC arc:1||AC arc faults:1||AC series arc:1||AC system:1||AFM:1||APTC (active power tracking control):1||Accumulated energy:1||Active power tracking control (APTC):1||Additional magnetically coupled circuit:1||Additional secondary winding:1||Additive polarity winding:1||Allowable Transmission Capacity:1||Amplitude of fault current:1||Analytical models:1||Arc current:1||Arc detection algorithm:1||Artificial Neural Network:1||Autotransformer superconducting fault current limiter (SFCL):1||Balanced threephase system:1||Breaking time:1||Bus tie:1||CCVSI:1||Capacitor:1||Carbon emissions:1||Circuit Breaker Burden Index(CBBI):1||Circuit breaker:1||Circuit breaker (CB):1||Circuit breakers:1||Climate change:1||Cogeneration:1||Common Connection Point:1||Common connection point:1||Coupled secondary windings:1||Coupled winding:1||Current Distribution:1||Current Limiting Operation:1||Current distribution:1||Current limiting and Recovery Characteristics:1||Current limiting circuit breaker (CLCB):1||Current limiting operation:1||Current limiting resistance (CLR):1||Current limiting resistor (CLR):1||Current ratio differential relay:1||Current waveform:1||Currentlimiting operation:1||DC:1||DC OCR (overcurrent relay):1||DC circuit breaker:1||DC fault current limiting and interrupting operation:1||DC fault current limiting and recovery characteristics:1||DC fault current limiting characteristics:1||DC grounding:1||DC link’s voltage:1||DC machines:1||DC power system:1||DC residual current detector (DC RCD):1||DC superconducting fault current limiter (SFCL):1||DC voltage fluctuation suppression:1||DCRCD:1||DClinked battery:1||Delays:1||Demand side management 1. 서 론†교신저자:1||Difference:1||Distance Relay:1||Distance of Relay:1||Distributed generation (DG):1||Distributed generator(DG):1||Double Peak Current Limiting:1||Double Quench Characteristics:1||Double quench flux type SFCL:1||Double quench type SFCL:1||Dynamic Line Rating(DLR):1||Ecosystems:1||Electrical safety:1||Electrodes:1||Electromagnetic repulsion force:1||Exciting current:1||External Magnetic Feild:1||FFT (fast fourier transform):1||FRT (fault ride through):1||Fast Fourier transforms:1||Fault Current Limiting:1||Fault Location:1||Fault angles:1||Fault current limiting:1||Fault current limiting and busvoltage sag suppressing characteristics:1||Fault current limiting and recovery characteristics:1||Fault current limiting and recovery operation:1||Fault current limiting characteristics of fluxlock type SFCL:1||Fault current limiting function:1||Fault positions:1||Fault ridethrough (FRT) regulation:1||Fault test:1||Faultcurrent reduction:1||First half cycle:1||Flux Linkage:1||Flux coupling:1||Flux linkage and instantaneous power characteristics:1||Flux lock type SFCL:1||FluxLock Type Superconducting Fault Current Limiter:1||FluxLock Type Superconducting Fault Current Limiter (SFCL):1||FluxLock Type Superconducting Fault Current Limiter (Sfcl):1||Fluxcoupling type:1||Fluxlock type superconducting fault current limiter(SFCL):1||Fluxlock type superconducting fault current limiting interrupter (SFCLI):1||Fluxlocktype superconducting fault current limiter (SFCL):1||Fuse:1||Global warming:1||Grounding:1||HPF (high pass filter):1||HTSC power transmission cable:1||Harmonic analysis:1||High frequency:1||HighTC Superconducting(HTSC):1||HighTC superconducting (HTSC) elements:1||HighTC superconducting power transmission cable:1||HighTc Superconducting (HTSC) Element:1||HighTc superconducting element:1||Hightemperature superconductors:1||Hybrid SFCL:1||ICP:1||IMD:1||ITIC:1||Impedance compensation:1||Impedance compensation method:1||Inductance
difference:1||Induction generator (IG):1||Induction motors:1||Initial fault current:1||Instantaneous power:1||Insulation:1||Integrated circuit modeling:1||Integrated design approach:1||Isolated secondary windings:1||KEPCO Grid:1||LVDC:1||LVRT (low voltage ride through):1||Legged locomotion:1||Low voltage:1||Low voltage DC (LVDC):1||Lowvoltage ridethrough (LVRT):1||

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