ScholarWorks@Hanyang University: Bae, Sung Woo

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Bae, Sung Woo (배성우)

COLLEGE OF ENGINEERING (MAJOR IN ELECTRICAL ENGINEERING)

Research Area: 전력계통/전력제어

Tel 02-2220-2309
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Maximum power point tracking:5||Dry Air:4||Breakdown:3||Surface Discharge:3||SF6:3||Surface discharge:3||Insulation:2||Global maximum power point:2||Photovoltaic systems:2||Global maximum power point tracking:2||Insulation Technique:2||Poor Contact:2||Flashover Voltage:2||Conductive particle:2||Deep neural network:2||Battery management systems:2||Artificial intelligence:2||electric vehicle:2||OPALRT:2||Operating Cost:2||Batteries:2||Gas Insulation Switchgear:2||Voltage:2||Surface Flashover:2||Partial Discharge:2||Partial shading conditions:2||Energy Management System:2||DCDC power converters:2||Flashover:2||backlight scaling:2||Dew Point:1||Dielectric Breakdown Voltage:1||Dielectric Polarization:1||Dielectric barrier discharge:1||Dielectric polarization:1||Dielectric strength:1||Discharge mechanism:1||Display power reduction:1||Distribution transformer:1||Dry Air/O2 Mixture Gas:1||Dry air:1||DryAir:1||Dryair:1||Dynamic modeling:1||EV charging prediction and control:1||Electric vehicle:1||Electric vehicle charging demand forecasting model:1||Electric vehicle chargingpower demand:1||Electric vehicles:1||Electrode:1||Electromagnet:1||Electron Detachment:1||Electron Emission:1||Electron avalanche:1||Energy Balancing:1||Energy Storage System:1||Energy dependence:1||Energy diversity:1||Energy management system:1||Energy policy:1||Energy saving method:1||Energy storage:1||Energy supply security:1||Epoxy resin:1||Feature engineering:1||Flashover voltage:1||Flexibility:1||Flow control:1||Forward converter:1||Fuel cell:1||Gas Insulated Switchgear:1||Gas Mixtures:1||Gas insulated switchgear:1||Gated recurrent unit:1||Gears:1||Health indicator:1||Heuristic algorithms:1||High efficiency:1||Horizontal Surface Discharge:1||Hot spot temperature:1||Hybrid electric vehicles:1||Hybrid power system:1||Hydrogen:1||Improved genetic algorithm:1||Induced voltage:1||Inductance:1||Inherent Capacitance:1||Insulation Diagnosis:1||Insulation Performance:1||Knearest neighbors (KNN):1||Laminate:1||Laminated solid insulator:1||Liion battery:1||Life Stability:1||Light emitting diode:1||Lyapunov Optimization:1||Magnetic analysis:1||Magnetic cores:1||Magnetic field:1||Magnetic switching:1||Markovchain traffic model:1||Maximum power point trackers:1||Medium Effect:1||Metalearning:1||Metaheuristics:1||Modulartype cell equalizer:1||Modularity potential:1||Multiwinding transformer:1||Multipleinput dcdc converter:1||N2/O2 Mixture Gas:1||Nonuniform temperature conditions:1||Overall plus individual shield ground:1||Oxygen Concentration:1||PV Curve:1||Particle Swarm Optimization:1||Perturbation methods:1||Photovoltaic generation:1||Photovoltaic generation power prediction.:1||Photovoltaic generation system:1||Photovoltaic power systems:1||Plasma actuator:1||Poisson processes:1||Power generation:1||Power generation characteristic:1||Power management:1||Power reduction:1||PowerGas Sector Coupled:1||Powersharing:1||Probabilistic approach:1||PtG:1||Quasiuniform electric field:1||Radiated Electromagnetic Waves:1||Realtime closedcircuit television data:1||Realworld traffic data:1||Renewable Energy:1||Renewable energy:1||SF6 Mixture:1||Saturation magnetization:1||Scintillation discharge:1||Secondary electron emission:1||Sensitivity analysis:1||Sequential Quadratic Programming (SQP):1||Seriesconnected batteries:1||Seriesconnected battery cells:1||Sliding discharge:1||Small signal analysis:1||Solarbattery system:1||Solid Dielectric:1||Solid Insulation:1||Solid Insulator:1||Stability:1||Standalone energy system:1||State of charge estimation:1||Stateofhealth:1||Steel billet:1||Subway:1||Surface Flashover Voltage:1||Surface flaw detection:1||Switches:1||Synthetic Air:1||Temperature control:1||Thermoelectric generation system:1||Thermoelectric generator:1||Torque:1||Torque converters:1||Total transfer capability:1||Tracking breakdown:1||Tracking phenomenon:1||Tracking progress:1||Transformer Aging:1||Transformers:1||Transient stability:1||Triple junction:1||Urban area:1||Urban driving condition:1||VRE inverters:1||Variable speed control:1||Vehicle applications:1||Vehicle rooftop photovoltaic module:1||Ventilation system:1||Virtual resistance:1||Voltage Sensitivity:1||Voltage Stability:1||Wavelet transform filtering:1||Weather condition:1||Weather data:1||Windings:1||XGBoost:1||backlight dimming:1||battery capacity:1||big data tools:1||carbon neutrality:1||cell voltage modeling:1||charging station:1||color distortion:1||cumulative prospect theory (CPT):1||deep learning:1||deep neural network:1||deep neural network (DNN):1||demandside participation:1||distributed control and estimation:1||edgeresonant:1||electric vehicle charging station:1||electron emission:1||electronegative gas:1||energy management:1||energy sector coupling:1||energy storage:1||epoxy resin:1||fastcharging power demand:1||fieldcurrent control:1||flashover:1||forecasting model:1||forwardconverter transformer (FCT):1||fuel cell:1||gas insulated switchgear:1||gaterecurrent unit (GRU):1||grid power:1||highvoltage power equipment:1||image quality:1||insulation:1||inverter:1||kmeans clustering:1||kdown:1||light emitting diode (LED):1||lighting control:1||load power forecasting model:1||long shortterm memory (LSTM):1||magnetizing inductance:1||maximum power point trackers:1||mechanical torque converter:1||micro hybrid electric vehicles:1||microgrid:1||microgrid, virtual inertia:1||modeling:1||more electric aircraft:1||multipleinput Cuk converter:1||optimal design:1||photovoltaics:1||planning:1||power control:1||power conversion:1||power demand:1||power distribution planning:1||power flow management:1||power grid stability:1||power system:1||power system modeling:1||renewable energy source:1||road transport:1||secondary electron emission:1||solar PV power forecasting model:1||solar PV power prediction model:1||solar irradiance:1||spatial and temporal model:1||supplyanddemand balancing:1||surface discharge:1||surface discharges:1||sustainable transportation:1||thermoelectric generation system:1||transformer:1||twoswitch forward converter:1||variable renewable energy (VRE):1||vehicletogrid:1||virtual impedance:1||virtual inductance:1||weather data:1||wind power generation:1||wound field synchronous machine:1||zerocurrent switching:1||100% renewable electricity:1||zerovoltage switching:1||Active cell balancer:1||ActiveReactive Power Scheduling:1||Algorithms:1||Alkaline electrolyzer:1||Autonomous operation:1||Backlight dimming:1||Battery Energy Storage System:1||Battery energy storage system:1||Battery storage:1||Beltdriven starter and generator:1||Big data:1||Breakdown Voltage:1||Cellbalancing circuit:1||Charging demand:1||Charging demend:1||Charging patterns:1||Cluster analysis:1||Constant power load:1||Control malfunction:1||Control signal line:1||Convergence:1||Costsaving effect:1||Creeping Distance:1||DC microgrid:1||DC microgrid:1||DCDC converter:1||Dcdc power conversion:1||Deeplearning:1||Demagnetization:1||

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