ScholarWorks@Korea University: Jang, Gil soo

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Jang, Gil soo (장길수)

College of Engineering

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Tel 02-3290-3246
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HVDC system:4||HVDC:4||SVC:3||Frequency stability:3||frequency nadir:3||Regenerative energy:3||ESS:3||Optimization:3||hosting capacity:3||Topology processing:3||Renewable energy:3||wind power plants:3||IEC 61000415:3||frequency control:3||RTDS:3||energy storage system:3||backtoback HVDC:3||STATCOM:3||wind turbines:3||voltage sags:3||DC power flow:3||substation:2||Peak power reduction:2||voltage source converter:2||Superconducting fault current limiter (SFCL):2||Electric railway system:2||Smallscale reactor:2||voltage regulation:2||inertia:2||Substations:2||randomness:2||policy effectiveness evaluation:2||HVDC transmission:2||multiobjective optimization:2||energy storage system (ESS):2||distribution system:2||Fault analysis:2||REX10 system:2||IEC Flickermeter:2||modified reactive power allocation strategy:2||realtime simulation:2||economic feasibility analysis:2||LCC:2||wind farm management system:2||power flow:2||Power quality:2||Power flow analysis:2||Smallsignal stability:2||optimization:2||Secondorder cone programming:2||smallsignal stability:2||reactive power control:2||ESS application:2||power system analysis:2||DC electric railway system:2||Transient stability:2||operation strategy:2||VSCHVDC:2||Power system dynamic performance:2||Matlab/Simulink:2||Power system planning:2||Adaptive droop control:2||transient stability:2||renewable energy:2||Reactive power:2||Subsynchronous oscillation:2||reactive power:2||power grids:2||BESS:2||frequency stability:2||voltage sourced converter (VSC):2||Voltage control:2||highvoltage direct current (HVDC):2||stochastic analysis:2||loss minimization:2||Energy storage system (ESS):2||VSC:2||equal incremental cost principle:1||lagrangian method:1||power system security:1||normalised electrical layout:1||farm management plan:1||reactive power commands:1||renewable generator:1||Rail transportation:1||solar pattern:1||medium voltage direct current:1||power generation economics:1||system components:1||WF structure:1||modified loss prediction model:1||electrical loss reduction:1||stabilised conditions:1||active power control strategies:1||angle spread:1||energy management system:1||power control:1||Watthour metering:1||automatic response:1||DG:1||angle difference:1||power system simulation:1||disturbanceadaptive:1||stable operation:1||microgrid operator (MGO):1||stochastic modeling:1||linecommutated converter:1||offshore energy:1||Converter model:1||combined source:1||hybrid generation system (HGS):1||reactive capability:1||reactive power assignment:1||DC microgrid:1||Braking resistor:1||Superconducting flywheel energy storage (SFES):1||V2G:1||Integrated system:1||HTS cable:1||protection coordination:1||Wind turbine simulator:1||Nuclear power plant:1||Harmonic filters:1||Powerflow algorithm:1||Energy storage system(ESS):1||Fault current ratio:1||RTDS UDC:1||Wigner distribution function (WDF):1||virtual sketching:1||NURBS:1||Damping sensitivity:1||dc magnitude:1||discrete Fourier transform (DFT):1||power quality (PQ):1||QV curve:1||519:1||operating strategy:1||power system planning:1||Probabilistic logic:1||Uncertainty:1||photovolataics:1||Modular multilevelconverter highvoltage directcurrent (MMCHVDC) transmission system:1||CIGRE benchmark:1||Remedial Action Schemes:1||weak grid condition:1||time sequence analysis:1||APCI:1||Control scheme:1||Power system stability:1||Windlinked HVDC system:1||hybrid STATCOM:1||sensitivity analysis:1||Test protocol:1||turbine size:1||DIR:1||forecast error:1||improved inertiaresponse control:1||control and protection:1||frequency response:1||Switched mode power supplies:1||PV diagnosis:1||DC system dynamics:1||MTDC:1||Powell's direct set method:1||system loss minimization:1||electrical loss estimation:1||peak reduction:1||Hybrid STATCOM:1||online grid strength estimation:1||kmeans clustering:1||received optical subassembly:1||Multiinfeed:1||supervisory control and data acquisition (SCADA):1||power quality:1||HVDC valve base electronics:1||BTB VSC HVDC:1||voltage quality assessment:1||wind turbine disconnections:1||fixedgain scheme (FGS):1||inertial control:1||voltagesource converter:1||wireless charging vehicle:1||distributed generation (DG):1||Power stability:1||Dcdistribution:1||Interface flow margin:1||multiple HVDC:1||Insulation coordination:1||Voltage variation:1||HTS cables:1||dc estimation:1||iterative method:1||Supercapacitor energy storage (SCES):1||Real time simulator:1||timefrequency analysis:1||Identification of critical lines:1||stochastic assessment:1||synchronous generator:1||LDC:1||harmonic distortion:1||Active network management:1||distribution system planning:1||hardwareintheloop simulation:1||Virtual inertia:1||voltagesourced converter:1||surplus renewable energy:1||Multiobjective optimization:1||impedance modeling:1||Renewable energy sources (RES):1||Dynamic performance test (DPT):1||VSCMTDC:1||power generation control:1||subsystem configuration:1||electrical loss:1||largescale power system:1||Current distribution factor (CDF):1||parallelfed urban subway transit (UST):1||regenerative device:1||regenerative power:1||Generators:1||PV:1||effective inertia:1||doublyfed induction generator (DFIG):1||hybrid multiterminal HVDC:1||software tools:1||WF management system:1||wind turbine:1||Power system:1||Scott connection:1||Highlyvarying load characteristics:1||HVDC circuit breaker:1||Current Source Converter (CSC) HVDC:1||Participation factor:1||conditional probability:1||operating cost:1||overdeceleration:1||distributed generator (DG):1||reactive power reserve (RPR):1||Harmonic distortion:1||Parameter estimation:1||Generator tripping:1||Thermal protection:1||Power demand:1||EV charging/discharging:1||Basic impulse insulation level:1||power fluctuation:1||SFES:1||Railway powerflow algorithm:1||TCR (thyristor controlled reactor):1||Super capacitor energy storage(SCES):1||Generator protective relaying:1||Realtime operator training system:1||powerquality (PQ) analysis:1||target curve:1||Digital flickermeter:1||power system dynamic stability:1||dual heuristic programming Optimal control:1||voltvar curve:1||Decentralized voltage control:1||easy power system software:1||IEEE Std:1||smart inverter:1||Programming:1||decentralized operation:1||Offshore wind power plants:1||Distributed generator:1||Stochastic analysis:1||Low inertia system:1||Flow sensitivity:1||clustering:1||linear programming (LP) optimization:1||Frequency support control:1||Frequency ridethrough:1||Vehicletogrid:1||Remaining useful life prediction:1||Uncertainty parameters:1||Deep learning:1||Energy storage systems (ESS):1||offshore installations:1||largescale offshore wind turbine:1||DPT:1||neural network:1||energysustainability:1||BESS sizing:1||photovoltaic generation integration:1||renewable energy certificate:1||high voltage direct current (HVDC) system:1||active reference assignment:1||conservative grid design:1||optoelectronics:1||angle stability:1||voltage sourced converter:1||transmission and distribution integrated system:1||golden section search:1||Adaptive gain:1||frequency nadir (FN):1||shortterm frequency support (STFS):1||governor response:1||system connection requirements:1||modular multilevel converter:1||DC system dynamic:1||wind power:1||power system stability:1||power conversion system (PCS) control:1||Decentralized operation:1||AC/DC hybrid simulation:1||dc distribution system:1||ESS scheduling:1||Fast valving:1||Thermal relay:1||Inertia stability:1||electrical vehicle (EV):1||energy management:1||Jeju Island:1||Surge arrester:1||Transmission overload relief:1||halfcycleroot mean square (HRMS):1||total harmonics:1||hybrid compensation:1||Fault current limiter:1||dc removal:1||Rotor angle stability:1||PMSG (Permanent Magnet Synchronous Generator):1||Hardware simulator:1||Anemometer:1||DSP (Digital Signal Processor):1||EAF (electric arc furnace):1||APF (active power filter):1||GaborWigner transform (GWT):1||direct deformation:1||SSSC:1||timevarying fault rates:1||radial basis function neural network:1||coordinated control strategy:1||Hosting capacity:1||renewable energy integration:1||Inverters:1||soft open point:1||hybrid forecasting model:1||Raspberry Pi:1||expansion:1||Proximal Policy Optimization:1||Virtual power lines:1||Smoothing control:1||Power transfer distribution factor (PTDF):1||energy storage mix:1||Flexibility evaluation:1||Power system modeling:1||Curtailment:1||actual configuration:1||modular multilevelconverter highvoltage directcurrent (MMCHVDC) transmission system:1||effective short circuit ratio (ESCR):1||HIL:1||renewable energy substation:1||photovoltaic power potential:1||exceedance probabilities:1||Jacobian matrices:1||adaptive droop:1||variable frequency:1||HVDC operation point:1||power engineering computing:1||maximum power extraction condition:1||verification studies:1||DC software tools:1||electricity charge discount program:1||optoelectronic packaging:1||BTBHVDC:1||WFMS:1||distribution automation system (DAS):1||AC transmission emulation control:1||DC grid:1||Loss minimization:1||wind curtailment:1||voltage sag assessment:1||HVDC valve cooling system:1||HVDC control and protection:1||ACDC power conversion:1||low voltage ridethrough requirement:1||LVRT requirement:1||voltage magnitude:1||hybrid multiinfeed HVDC:1||voltage sensitivity:1||Adaptivegain scheme (AGS):1||steadystate model:1||Autonomous operation:1||Bus partitioning:1||Harmonic analysis:1||Harmonic source:1||THD:1||DC railway:1||Voltage stability:1||Envelope signal:1||SVC (static VAR compensator):1||Capacity determination:1||HMI:1||Wind power generator:1||digital protection:1||FACTS:1||UPFC:1||adaptive critic designs:1||power system stabilizer:1||battery energy storage system (BESS):1||AMI:1||passive harmonic filter:1||voltage unbalance:1||smart PV inverter:1||Multiterminal DC link:1||distribution networks:1||hierarchical spectral clustering:1||electric power system:1||Multiterminal HVDC (MMCMTDC):1||Artificial Intelligence:1||Offshore wind farm:1||Central limit theorem (CLT):1||reactive power reserve:1||multiinfeed highvoltage direct current (MIDC):1||renewable energy curtailment:1||power transfer distribution factor (PTDF):1||Electrical vehicle scheduling:1||physicsinformed neural network:1||VSC HVDC:1||Lithiumion battery:1||Systematic sampling:1||windfarm control methods:1||proportional reactive powerdispatch method:1||reactive power reference:1||voltage sensitivity analysis:1||eventdriven:1||skewnormal distribution:1||Public transportation:1||Histograms:1||machine learning classifier:1||REC:1||RNN:1||probability power flow:1||fault ridethrough (FRT):1||economic improvements:1||resistive components:1||loss reduction:1||GVIF index:1||highfrequency current transformer:1||Smart Grid Station:1||special protection system:1||AC electric railway system:1||reactive power allocation:1||reactive power dispatch:1||Area of vulnerability (AOV):1||Voltage sag:1||Stochastic assessment:1||Area of severity (AOS):1||Microgrid:1||HVDC converter transformer:1||Multiinfeed HVDC:1||Line arrester:1||wind power generation:1||planning:1||releasable kinetic energy:1||waveoffshore:1||Power substations:1||decoupled power flow:1||Intelligent SPS:1||Security:1||Energy storage system:1||Regenerative braking:1||dc system:1||Overvoltage:1||real time digital simulator:1||superconducting power system:1||dc offset:1||Cogeneration:1||Realtime simulator:1||Inrush current:1||DC electric railroad system:1||Boost wire:1||Korea AC electric railway system:1||Doublyfed induction generator:1||Gabor transform (GT):1||FEM:1||Bilinear transformation:1||Interarea oscillation:1||DC estimation:1||FACTS control:1||generator scheduling:1||photovoltaic generation:1||hipass filter:1||single tune filter:1||Load modeling:1||Fitting:1||surface fitting:1||Autonomous control:1||Multiterminal DC:1||Renewable integration:1||Power system frequency stability:1||wind integration:1||Multiinfeed HVDC (MIDC):1||Power transfer distribution factor:1||Hub substation (HS/S):1||TSODSO coordination:1||offshore platform:1||adaptive dead band:1||novel droop control strategy:1||fullscale converter wind turbines (type 4):1||replica controller:1||TCSC:1||testing:1||global horizontal irradiance (GHI):1||Energy consumption:1||Current distribution:1||Batteries:1||neural network fitting:1||SMP:1||offshore wind farm:1||losses:1||advanced wind farm operation strategies:1||operational improvements:1||coordinated control:1||Probabilistic power flow:1||smart grid:1||online management:1||Jeju HVDC pilot project:1||HVDC thyrister valve:1||Powerflow calculation:1||power supply quality:1||power systems:1||microgrid islanding:1||voltage source converter (VSC):1||Operator training simulator:1||online electric vehicle (OLEV):1||Cb switching:1||IEC flickermeter:1||Squirrelcage asynchronous generator:1||Calibration:1||Real time simulation:1||G60 generator relay:1||Covariance invariant transformation:1||Impulse invariance transformation:1||Eigenvalue analysis:1||fast frequency response (FFR):1||permanent magnetic synchronous generator (PMSG):1||distribution network:1||Stochastic processes:1||Voltage:1||Chanceconstrained optimization:1||phaselocked loop:1||voltage control area:1||Modal analysis:1||Fast frequency response:1||Legacy inverters:1||droop control:1||AUGMECON:1||Optimal power flow:1||stability estimation:1||Linear programming:1||Optimization algorithm:1||Optimal control strategy:1||HILS:1||farm operations:1||windturbine industry:1||radial offshore farm networks:1||fluctuating wind:1||utilityscale PV:1||normal distribution:1||Energy efficiency:1||Planning:1||frequency regulation:1||hybrid generation system:1||embedded HVDC:1||electromagnetic transients:1||gridinterconnection:1||MSCs:1||renewable energy sources:1||Commutation failure:1||Scott transformer:1||Regenerative power:1||grid connection points:1||wind farms:1||interaction:1||commutation failure immunity index:1||combined generation system:1||power system reliability:1||DC network:1||DC bus signaling:1||Circuit breaker:1||Point of common coupling:1||Energy management systems:1||State estimation:1||Contactless power transfer system:1||electric vehicles (EVs):1||High temperature superconducting (HTS) cable:1||Electric vehicle:1||MIHVDC(MultiInfeed HVDC):1||wind farm:1||voltage fluctuation:1||wind generation:1||realtime relay test:1||Dynamic security assessment:1||Geographic data views:1||Power system visualizations:1||Maximum power point tracking:1||Energy efficiency improvement:1||Parallel resonance:1||SCADA system:1||RTDS/RSCAD:1||dc time constant:1||fault current:1||converter:1||voltvar curve control:1||multiagent proximal policy optimization:1||transmission system:1||photovoltaic system:1||probabilistic analysis:1||distribution line:1||peak load:1||Sensitivity:1||Load flow:1||Energy Management System:1||Power system analysis:1||Probabilistic power flow (PPF):1||voltage stability:1||twostage operational framework:1||TSA program:1||Inverterbased distributed generators:1||governor free reserve:1||

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