ScholarWorks@Gachon: Hong, Jun Hee

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Hong, Jun Hee (홍준희)

College of IT Convergence (Department of smart city)

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Tel 031-750-5350
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Renewable energy:4||frequency nadir:3||nanogrid:2||Mixed logit:2||LSTM network:2||peak load shifting:2||high wind power penetration:2||Power management:2||doublyfed induction generator:2||High Power LED:2||Optimization:2||frequency stabilization:2||Desalination:2||Electric vehicles:2||Machine learning (ML):2||Computational fluid dynamics:1||Control gain:1||Cost function:1||DSTATCOM:1||DC–DC boost converter:1||DFIG:1||Delays:1||Demand Prediction:1||Demand Response:1||Directional overcurrent relay:1||Distributed generations (DGs):1||District heating and cooling(지역냉난방):1||Duty:1||Economic Evaluation:1||Economic evaluation(경제성 분석):1||Electric vehicle charging:1||Electric vehicle usage:1||Emergency Generator:1||Energy efficiency:1||Energy efficiency (EE):1||Energy efficiency grade:1||Energy management system:1||Enhanced grey wolf optimizer and particle swarm optimization (EGWOPSO):1||Erbium:1||Experience replay:1||FACTs:1||FMS:1||Facility Management:1||Facility Management System:1||Frequency mitigation:1||Frequency regulation:1||Fuzzybased mechanism:1||Generation Prediction:1||Global MPP:1||Ground source heat pump system(지열 열펌프 시스템):1||Harmony Search:1||Harmony Search Algorithm:1||Harris hawk optimization:1||Heat Demand:1||Heat Radiation:1||High performance computing (HPC):1||Home appliances:1||Internet of things (IoT):1||Involutetype rotor blades:1||Joint control:1||Jointly optimal control:1||LCC:1||LED:1||Learning (artificial intelligence):1||Life cycle cost Analysis(생애주기 분석):1||Light Grid System:1||Lithiumion:1||Location detection:1||Loss reduction:1||Machine Learning:1||Maximum permeate production:1||Maximum power point tracking (MPPT):1||Microgrid:1||Microgrid protection:1||Mixed Model:1||Mixed multiple discretecontinuous extreme value:1||Multiobjective optimization:1||Multiobjective salp swarm algorithm:1||Nanogrid:1||Neural Network:1||OEMGD algorithm:1||Office Building:1||Openness:1||Optimization Techniques:1||Optimum relay coordination:1||Overfrequency section:1||PV emulator:1||PV equivalent circuit:1||PV multiple series connections:1||PV power:1||Partial shading conditions (PSC):1||Peak load shifting:1||Photovoltaic:1||Power demand:1||Power loss:1||Power smoothing:1||Power system management:1||Power system protection:1||Production:1||Recycled Energy:1||Recycling Energy:1||Reverse osmosis:1||Robots:1||Rotor speed control:1||Shunt capacitor banks:1||Social mimic optimization:1||Solar photovoltaic generator:1||Statistical test:1||Synchronous generator:1||TSCH:1||Task analysis:1||Temperature impact:1||Temporary frequency support:1||Thermal Energy:1||Thermal Energy Loss:1||ThermoElectric Devices:1||Training:1||Transmembrane pressure:1||UCI:1||User Interface:1||Variablespeed wind turbine:1||Vehicle CO2 emissions:1||Vehicle taxation:1||Vehicletogrid:1||Vertical axis wind turbine:1||Voltage deviation index (VDI):1||Voltage restrained overcurrent relay:1||Voltage stability improvement:1||Voltage stability index (VSI):1||Wind flow modifier:1||alkaliactivated concrete:1||artificial neural networks:1||batch prioritization:1||carbon emission:1||centralized link scheduling:1||desalination:1||distributed generators:1||distributed link scheduling:1||district heating and cooling system:1||energy mix:1||feature selection:1||genetic algorithm (GA):1||geothermal source heat pump:1||goal distribution:1||grey wolf optimizer (GWO) algorithm:1||gridoriented genetic algorithm:1||high pressure pump:1||hybrid microgrid operation:1||industrial IoT:1||intended goal:1||interarea oscillations:1||local MPP:1||low frequency oscillation:1||machine learning:1||metaheuristic:1||microgrid:1||neurobased controllers:1||optimization:1||partial shading:1||power management:1||power policy:1||power system flexibility:1||power system stability:1||reinforcement learning:1||renewable energy generator:1||renewable energy resources (RESs):1||retentate valve:1||robust damping controller:1||rotor speed convergence:1||rotor speed recovery:1||shiftable appliance:1||shortterm frequency response:1||shortterm frequency support:1||simultaneous allocation:1||static synchronous series compensator (SSSC):1||student psychologybased optimization:1||symbiotic organism search optimization:1||thermoelectric power generation:1||torque limit:1||transfer function:1||transmission system:1||wireless sensor networks:1||경제성평가:1||머신러닝:1||발전량 예측:1||비상발전기:1||사용자화면:1||수요 예측:1||수요반응:1||신경망 모델:1||업무용빌딩:1||열수요:1||유지관리설비:1||최적화기법:1||태양광:1||하모니 서치:1||5G:1||혼합형 모델:1||6TiSCH:1||Aerospace electronics:1||Air pollution abatement:1||Artificial intelligence:1||Artificial intelligence (AI):1||Available renewable energy potential (AREP):1||Backtoback converter:1||Bald eagle search optimization algorithm:1||Battery aging:1||Battery management systems:1||Big data:1||Bollinger Bands:1||Capacitor banks (CBs):1||Capacity:1||

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1342, Seongnam-daero, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea(13120)031-750-5114

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