ScholarWorks@Hongik: Park, Sung Min

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Park, Sung Min (박성민)

Science & Technology (Department of Electronic & Electrical Convergence Engineering)

Research Area: 전력전자, 전동기제어, 신재생에너지, Power Electronics, Motor Control, Renewable Energy

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Active power decoupling circuit:3||Power control:2||Voltage:2||Electric vehicle:2||High power density converter:2||Active power decoupling:1||Active power decoupling (APD) circuit:1||Arrays:1||Battery charger:1||Bidirectional charge:1||CHFL converter:1||Capacitance optimization:1||Commonmode voltage:1||Costs:1||Cycloconverter type highfrequency link converter:1||Dualinverter system:1||EIS:1||ESS (Energy Storage System):1||Electric Vehicle:1||Electric scooter:1||Fivephase inverter:1||Grid voltage estimation:1||Gridconnected inverters:1||HIL Testbed:1||High power density:1||Highvoltage techniques:1||Home appliances:1||Induction heating (IH):1||Induction motor:1||Inductively coupled heating:1||Inductors:1||Interleaved scheme:1||IoT platform:1||LCfilter:1||LiIon battery:1||Logic gates:1||Mobility charging system:1||Mode switches:1||Model predictive control:1||Modeling:1||Modular plugin APD:1||Modulation:1||Modulation scheme:1||Monte Carlo:1||Monte Carlo method:1||Monte Carlo methods:1||Motorcycles:1||Onboard charger:1||Onboard charger (OBC):1||Openend winding:1||PFC converters:1||PFC(Power Factor Correction):1||PV (Photovoltaic):1||PV array configuration:1||PV power system:1||Parallel APD operation:1||Parallel operation:1||Parallelconnected inverters:1||Partial shading:1||Phaseshifted carrier:1||Photovoltaic array structure:1||Photovoltaic cells:1||Photovoltaic panel:1||Photovoltaic systems:1||Power demand:1||Power loss analysis:1||Predictive current control:1||Probability distribution:1||Pulse width modulation:1||Remote wireless monitoring:1||Renewable energy:1||Ripple power minimization:1||Sensorless Photovoltaic tracker:1||Speed Control:1||Switches:1||Switching selection method:1||Temperature:1||Traffic congestion:1||Transmission:1||Vehicletogrid:1||Voltage vector:1||Wide bandgap device:1||active neutralpointclamped inverter:1||biogas:1||computer simulation:1||cost benefit analysis:1||current vector angle:1||cycloconvertertype highfrequency link converter:1||emergency power supplies:1||fault detection method:1||isolated bidirectional acdc converter:1||matrixtype converter:1||microgrids:1||microinverter:1||modeling:1||montecarlo simulation:1||net present value:1||networked power converters:1||openswitch fault:1||partial shading:1||photovoltaic:1||photovoltaic systems:1||reactive current injection:1||reactive power resources:1||statespace model:1||supervisory controller:1||wastewater treatment plant:1||AC sweep:1||zerovoltageswitching:1||ACDC rectifier system:1||AFE(ActiveFrontEnd) converter:1||AMT:1||APD (Active Power Decoupling):1||

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