ScholarWorks@Gachon: Son, Sung Yong

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Son, Sung Yong (손성용)

Graduate School (Department of Next Generation Smart Energy System Convergence)

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Tel 031-750-5347
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Smart grid:5||uncertainty:4||energy storage system:3||demand response:3||deep learning:3||energy trading:3||prosumer:3||Demandside management:3||Uncertainty:3||Operation:2||Forecasting:2||Smart meter:2||GAIN:2||Games:2||electric bill:2||Demand Response:2||Renewable energy sources:2||Electric Vehicle:2||Temperature:2||CNNGRU:2||ESS:2||Load forecasting:2||energy efficiency:2||Peak reduction:2||Load modeling:2||energy management system:2||Peertopeer computing:2||Energy storage:2||monitoring:2||V2G:2||virtual energy storage system:2||Photovoltaic:2||multidwelling unit:2||Sharing economy:2||fairness:2||Energy storage system:2||Virtual Power Plant:2||Economic analysis:2||Virtual power plant:2||KNN:2||Sizing:2||Differenceindifference model:1||Disaggregation:1||Discrete Fourier transform (DFT):1||Distributed Energy Resources:1||Distributed energy market:1||Distributed energy resource:1||Distributed market clearing:1||Distribution constraints:1||Distribution system operator:1||Driving Pattern:1||Dynamic flexibility index:1||EV:1||EV behavior:1||EVO:1||Economic Assessment:1||Economic dispatch:1||Economic evaluation:1||Electric heat pump (EHP):1||Electric pricing:1||Electric vehicle response model:1||Electric vehicles:1||Electricity:1||Electricity consumption data:1||Electricity cost minimization:1||Electricity energy storage:1||Electricity pricing:1||Electricity supply industry:1||Emergency Generator:1||Emergency generator:1||Empirical model:1||Energy Prosumer:1||Energy Storage System (ESS):1||Energy Storage Systems:1||Energy bill:1||Energy efficiency:1||Energy management:1||Energy management system (EMS):1||Energy storage unit:1||Energy transaction model:1||Energyasaservice:1||Energyefficient building:1||Energystorage system (ESS):1||Environment:1||Equality operation:1||Extreme value theorem:1||FFT:1||FRTU:1||Fairness:1||Feature selection:1||Federated learning:1||Fixedorder controller:1||Flatted factory:1||Flexibility transaction:1||Forecast:1||Game theory:1||Gas engine driven heat pump (GHP):1||Gate Dielectric:1||Green products:1||Greenhouse Gas Emissions:1||Grid Flexibility:1||Group energy management system:1||Heat pumps:1||Heating and cooling:1||Heating systems:1||Hierarchical clustering method:1||Home appliance:1||IEC 62325:1||INDEX TERMS Virtual power plant:1||ISO/IEC 15118:1||Incentivebased demand response:1||Industrial building:1||Integrated DSM:1||Interaction:1||KalmanYakubovichPopov (KYP) lemma:1||Korea Electric Power Corporation (KEPCO):1||KuhnTucker condition:1||LSTM:1||LVDC:1||Lightweight:1||Linearization:1||Lithiumion battery:1||Load pattern:1||Local generator:1||Logistic regression model:1||M:1||MICE:1||MPC:1||Markov decision process:1||Markovmodulated Poisson process:1||Mathematical model:1||Mean absolute error:1||Meanvariance optimization:1||Measurement:1||Microgrids:1||Mixed Integer Programming:1||Mixed binary linear program:1||NALM:1||Nonconvex optimization:1||O&:1||Operation time:1||Optimal operation algorithm:1||Optimization:1||Optimum capacity:1||Organic Buffer Layer:1||P2P transaction mechanism:1||PV:1||PV forecasting model:1||Peak demand:1||PeertoPeer:1||Performance measures:1||Photovoltaic Power System (PV):1||Photovoltaic forecasting:1||Photovoltaic system:1||Photovoltaic system power output prediction model (PPM):1||Photovoltaics:1||Planning:1||Port Electrical logistics equipment:1||Power Distribution:1||Power Market:1||Power consumption scheduling:1||Power curtailment:1||Power service application:1||Prediction model:1||Predictive models:1||Privacy:1||Profit:1||Progressive pricing:1||Public key:1||Pushpull Converter:1||REC:1||Realtime systems:1||Reliability:1||Remaining Useful Lifetime(RUL) estimation:1||Remote metering:1||Renewable:1||Renewable Energy:1||Renewable Energy System:1||Residential load forecasting:1||Residential service:1||Resistance heating:1||SGSim:1||Schedule plan:1||Sector coupling:1||Security:1||Servers:1||Shared Energy storage system:1||Shortterm scheduling:1||Simulator:1||Single Phase DC/AC Inverter:1||Smart Appliances:1||Smart charging:1||Space heating:1||Standalone Power Device:1||State of health:1||Stochastic modeling:1||Stochastic processes:1||Survey:1||Temperature measurement:1||ThinFilm Transistors:1||TimeOfUse pricing:1||Timevarying electricity price:1||Transaction:1||Transactive Control:1||Transactive Energy:1||VPP:1||Variable renewable energy:1||Vehicle to Grid:1||Virtual Power Plant (VPP):1||VoltWatt and Voltvar control:1||Voltage management:1||Water heating:1||Weather Information:1||Weather forecast:1||Weather forecasting:1||Weighted fuzzy membership function:1||Wind power generation:1||Windpower generation (WPG):1||Zigbee:1||advanced metering infrastructure (AMI):1||algorithm:1||apartmenttype factory:1||battery:1||building:1||building energy:1||building energy management models:1||centroid technique:1||clustering:1||commercial building:1||cooperative operation:1||cost analysis:1||current control:1||customerside operation:1||data processing:1||demand uncertainty:1||demandside management:1||digital twin system:1||disaggregation:1||distributed energy transaction:1||distributed generation:1||distributed generator:1||distribution:1||distribution system constraints:1||distribution system operator:1||dualloop control:1||dynamic pricing:1||electric vehicles:1||electrical energy storage:1||electricity price uncertainty:1||electricity pricing:1||electrochemical model:1||energy community:1||energy consumption:1||energy flexibility:1||energy management:1||energy monitoring:1||energy sharing:1||energy storage:1||energy storage system (ESS):1||estimation improvement:1||expert inference:1||federated learning:1||finergrained deep graph convolutional learning:1||flatted factory:1||flexible load aggregator:1||framework:1||frequencydomain design:1||fuzzy logic:1||game theory:1||gamification:1||green buildings:1||grid flexibility:1||grid integration:1||gridinteractive efficient buildings:1||guaranteed minimum trading:1||humidity:1||hybrid AMI:1||idle station:1||image processing:1||imputation:1||inhome display:1||input constraints:1||intelligent buildings:1||linear matrix inequality (LMI):1||lithiumion battery:1||load image profile:1||load profile:1||local electricity market:1||meteorological radiation model (MRM):1||missing data:1||missing data imputation:1||motivation:1||multiagent:1||multiagent system (MAS):1||multiplatform:1||occupancy:1||offgas:1||operation:1||optical disc drive:1||optimization:1||peak load limitation:1||peak reduction:1||peertopeer:1||peertopeer (P2P) communication:1||photovoltaics:1||pilot:1||planned ramping product:1||port dispatch:1||port power grid:1||power to heat:1||proactive prosumer:1||queueing:1||reliability:1||renewable energy:1||renewable energy generation:1||safety:1||scantydata driven:1||simulation:1||simulator:1||smart buildings:1||smart energy community:1||smart grid:1||smart microgrid (SMG):1||social welfare:1||survey:1||system dynamics:1||temperature:1||thermal runaway:1||tracking:1||vehicletogrid:1||weighted average ensemble:1||AC/DC converter:1||zeroenergy buildings:1||ADMS:1||AMI:1||Advanced metering infrastructure:1||Air source heat pump(ASHP):1||AmorphousIndium Gallium Zinc Oxide:1||Apartmenttype factory:1||Appliance:1||Automated meter reading:1||Automatic meter reading:1||Available Capacity:1||BESS:1||BEV:1||Battery aging:1||Battery charging station:1||Battery degradation model:1||Battery temperature:1||Building:1||Building comfort:1||Building energy management system:1||COP:1||Capacity trading:1||Charge point operator:1||Charge scheduling:1||Charging point operators:1||Charging station temperature:1||Class load image profile:1||Climate:1||Climate Change:1||Cloud cover radiation model (CRM):1||Cluster analysis:1||Community solar:1||Construction Cost:1||Consumer electronics as a service (CEaaS):1||DAS:1||DR:1||Daily peak load forecasting:1||Data models:1||Demand response (DR):1||Demand shifting:1||Demand side management:1||

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