ScholarWorks@Korea University: LEE, Byong Jun

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LEE, Byong Jun (이병준)

College of Engineering (School of Electrical Engineering)

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Tel 3242
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SFCL:5||Power system stability:5||reactive power reserve:3||DFIG:3||PMU:3||Coordinated control:3||Voltage stability:3||Analysis model:3||HTS:3||Power system:2||power system stability:2||sensitivity:2||Korean power systems:2||Transient analysis:2||Reactive power reserve:2||Particle swarm optimization:2||renewable energy:2||power system measurement:2||Load modeling:2||Reactive power:2||Grid code:2||Voltage control:2||Optimal power flow:2||Fault current:2||CLR:2||Generators:2||Stability criteria:2||momentary cessation:2||HTS cable:2||Wake effect:2||voltage stability:2||Uncertainty:2||singlemachine equivalent:2||battery energy storage system:1||oscillation monitoring:1||Dynamic power system simulation:1||deficit:1||uncertainty:1||low voltage ride through (LVRT):1||Line flow sensitivity:1||sustainable energy penetration:1||Wind mast:1||Under voltage load shedding:1||Stall phenomenon:1||Induction motor loads:1||Protection system:1||Hybrid search:1||Parameter identification:1||Measurementbased approach:1||Complex network theory:1||Multiple contingency:1||Power grid blackouts:1||inverterbased distributed generators (DGs):1||sensitivity matrix:1||SVC:1||Estimation:1||Forced oscillation:1||power system planning:1||system strength:1||phase measurement:1||Korean widearea monitoring system:1||Frequency nadir:1||power system frequency stability:1||power system transient stability:1||Voltage oscillation:1||Dynamic voltage stability index:1||time series data:1||wireless railway train (WRT):1||sensitivity analysis:1||Locked rotor current:1||Large scale wind farms:1||Voltage/reactive power control:1||Secondary voltage control:1||synchrophasor:1||Voltage variation:1||distribution system:1||Distributed model:1||frequencyshift acceleration control (FSAC):1||voltage/reactive power control:1||Dynamic load model:1||Monitoring:1||widearea voltage stability monitoring method:1||synchronised phasor measurements:1||power system stability level:1||Renewable energy:1||distributed generator:1||inverterbased distributed generator:1||subsynchronous oscillation:1||timeseries analysis:1||Inverterbased resources:1||Power system expansion planning:1||floquet multiplier:1||flexibility:1||flexible resource:1||Generator tripping:1||regenerative power:1||Motor stall:1||doublyfed induction generator (DFIG):1||Optimization:1||Key bus:1||Reactive current capability:1||Twice triggering operation:1||Composite load model:1||Complex method:1||Parameter estimation:1||PSCAD/EMTDC:1||protective relay:1||cost function:1||Korean power system:1||superconducting power cable:1||superconducting transformer:1||clustering:1||Damping:1||PMUbased voltage stability index:1||Inverters:1||Momentary cessation (MC):1||robust optimization:1||Transient stability margin:1||energy saving:1||Load shedding:1||Reactive power sensitivity:1||VSI:1||Wind power plant:1||Current limiting characteristics:1||Transient stability:1||real time stability assessment:1||Activating current:1||Hybrid type:1||Generator Contingency:1||dq control:1||superconducting fault current limiter:1||Power system dynamics:1||Power systems:1||mode tracing:1||multiple frequency oscillation:1||steadystate analysis:1||previous stability index:1||System strength:1||Contingency analysis:1||Longterm voltage stability:1||poincare map:1||grid integration of renewable energy systems:1||transient impact:1||Delayed voltage recovery:1||Voltage collapse:1||onload tapchangers:1||VQ plane:1||harmonic blocking:1||LVRT requirement:1||Hybrid supercondicting fault current limiter:1||Cascading failures:1||FACTS:1||CPF (Continuation Power Flow):1||smallsignal analysis:1||hierarchical control:1||Trajectory:1||modal analysis:1||largescale offshore wind farms:1||shortcircuit ratio:1||constancy:1||Static Synchronous Compensator (STATCOM):1||SubSynchronous Resonance:1||Energy storage system:1||Inverter interaction level:1||Dynamic load flow Jacobian matrix:1||SIME method:1||Voltage instability:1||Power system monitoring:1||Distance relay:1||Shunt compensation:1||Shutdown:1||Ramp rate:1||Hierarchical voltage control:1||saturation detection based blocking:1||operating time delay:1||Amplitude of fault current:1||Grid fault:1||Resistive SFCL:1||Special protection system:1||WAMS:1||Effective reactive power (Q) reserve (EQR):1||hybrid SFCL:1||Currentbased HVDC:1||Antiislanding:1||SynchroPhase:1||pilot bus:1||switched shunt capacitor:1||parametric uncertainty:1||Timevarying systems:1||timevarying modes:1||interaction boundary:1||weighted shortcircuit ratio:1||phasor measurement:1||system changes:1||Damping control:1||Power system transient stability:1||Approximation method:1||Renewable energy resources:1||Contingency probability:1||power systems:1||Transient stability assessment:1||electric railway system (ERS):1||Adaptive protection:1||Power system application:1||Real Time Digital Simulator (RTDS):1||current differential relay:1||transformer protection:1||Fluxlock type superconducting fault current limiter (SFCL):1||Crowbar:1||Fault induced delayed voltage recovery:1||Protective relay:1||Squirrelcage asynchronous generator:1||protection system:1||Optimal capacitor placement:1||Steadystate voltage stability:1||particular bus:1||RTDS:1||Reactive power compensation:1||Power flow solvability:1||Phasor Measurement Unit:1||STATCOM:1||Stability analysis:1||shortterm voltage stability:1||trajectory sensitivity:1||power system protection:1||blocking tap changer:1||natural oscillation:1||system strength evaluation:1||renewable energy sources:1||curtailment:1||Korean power system operation data:1||Phase space reconstruction:1||Robust optimization:1||Power system flexibility:1||inverterbased resources (IBRs):1||fault current:1||control strategy of inverters:1||renewable energy source penetration:1||energy storage systems:1||optimal power and storage capacity:1||wind power plant applicableeffective reactive power reserve (WaERPR):1||voltage control:1||Transfer capability:1||VRPC:1||Voltage Management System (VMS):1||Coordinated voltage control:1||Braking system:1||Specifications:1||Optimal var planning:1||Sensitivity analysis:1||Delta centrality index:1||The Jeju Power System:1||CPF(Continuation Power Flow):1||Wide Area Voltage stability Index:1||hybrid control:1||optimal control:1||Analytical models:1||Sensitivity:1||Frequency measurement:1||Oscillators:1||fault current analysis:1||

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