ScholarWorks@Gyeongsang National University: Song, Young Hak

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Song, Young Hak (송영학)

공과대학 (건축공학부)

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Tel 0557721756
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Simulation:5||Free cooling:4||PV:3||데이터센터:3||BEMS:3||VRF system:3||Cooling tower control:3||프리쿨링:3||시뮬레이션:3||Algorithm:3||실측데이터:3||저온냉각수:3||energy simulation:2||Field Measurement:2||냉각탑 출구온도:2||field test:2||냉각탑제어:2||retrofit:2||simulation:2||solar energy:2||Energy Consumption:2||Field test:2||MLC:2||heat source system:2||Renewable Energy:2||Cooling tower leaving water temperature:2||축열시스템:2||WSE system:2||비교분석:2||Building Retrofit:2||알고리즘:2||실측:2||Waterside Economizer:2||Climate zone:2||Energy analysis:2||Solar PV Hybrid:2||고장발견진단:2||Solar energy:2||office building:2||Energy consumption:2||에너지 절감:2||에너지 해석:2||Cooling tower:2||HVAC성능:2||Energy Reduction Efficiency:1||Energy Saving:1||Energy Simulation:1||Energy cost saving:1||Energy performance development:1||Energy saving:1||Energy simulation:1||Energy usage:1||Energysaving:1||EnergyPlus:1||Environment Control System:1||Evaporative Cooling:1||FDD:1||FDD (Fault Detection & Diagnosis):1||Fan air flow:1||Field Construction:1||Field measurement:1||Fixed angle:1||Free cooling System:1||Geothermal Heat Pump:1||Geothermal System:1||Green retrofit:1||HVAC:1||HVAC Performance:1||HVAC performance:1||Heat Storage System:1||Hen house:1||Highefficiency:1||Humidity:1||IDC:1||IPMVP:1||Illumination control:1||Indoor temperature:1||Input Variable:1||Korean Traditional Architecture:1||Laying house:1||Lighting energy:1||Louver:1||Low cooling water temperature:1||Low temperature condenser water:1||Lowcondenser water temperature:1||Lowtemperature condenser water:1||MCMC:1||Measured Data:1||Measured data:1||Measurement:1||Measuring data:1||Mist Spray:1||Modern Building:1||Modular Architecture:1||Module type:1||Montecarlo Markovchain:1||Multi calorimeter:1||Negative pressure isolation room:1||Night purge(야간복사냉방):1||OA load:1||Operating Cost:1||Operating cost:1||Operation Efficiency:1||Operation Status Analysis:1||Operation scenario:1||Outdoor Unit:1||PCC:1||PCC (Pearson Correlation Coefficient):1||PCM(상변화물질):1||PMV (predicted mean vote):1||Photovoltaic:1||Power Generations:1||Power generation:1||Predicted Model:1||Prevent overheating:1||Refrigerant evaporating temperature:1||Regression Analysis:1||Roof top unit:1||Sensitivity analysis:1||Shading slat control:1||Shadings:1||Smart farm:1||Snowdrift:1||Spatial Information:1||Surrogate model:1||THI Index:1||TOU:1||TOU (Time of Use):1||TOU(Time On Use):1||Thermal Power Generation:1||Thermal Storage System:1||Thermal energy storage:1||VRF System:1||Variable refrigerant flow (VRF):1||Variable refrigerant flow system:1||Ventilation:1||Ventilation system:1||WSE 시스템:1||Waterside economizer:1||Waterside economizer system:1||Zero Energy Building:1||aging degradation:1||airtightness degradation:1||annual measurement:1||automatic extraction:1||automation:1||bidirectional reflectance PV array:1||blinds:1||building energy:1||building information modeling:1||central chilled water system:1||changing patterns of load:1||chilled water:1||chilled water flow control:1||chilled water temperature:1||cosimulation:1||computational fluid dynamics:1||condenser water temperature:1||control algorithm:1||cooling energy:1||cooling tower control:1||cooling tower operation control:1||data center:1||desalination system:1||downsizing:1||efficiency improvement:1||energy:1||energy consumption:1||energy cutoff:1||energy independence rate:1||energy savings:1||experiment:1||external shading:1||free cooling:1||fresh water:1||gvalue:1||infill method:1||internal heat gain:1||interoperability:1||large office:1||lighting load:1||liquidgas ratio (LGR):1||lowapproach temperature:1||lowtemperature condenser water:1||modelbased simulation:1||modular construction:1||negativepressure control:1||negativepressure ward:1||occupancy load:1||operation cost:1||outdoor air processing unit (OAP):1||photovoltaics:1||plug load:1||power consumption:1||public office facility:1||renewable energy:1||replacing:1||replacing of source capacity:1||solar hot water supply system:1||solar tracking:1||spatial information:1||standard comparison:1||thermal environment:1||uvalue:1||uncertainty:1||variable refrigerant system (VRF):1||waterside economizer:1||거주환경:1||건물 가치평가:1||건물 리모델링:1||건설비용:1||건축정보모델:1||계사:1||고도추적:1||고정식발전:1||공간정보:1||그린리모델링:1||기후 존:1||기후존:1||남극건축:1||냉각수 온도:1||냉각수 유량:1||냉각탑:1||냉각탑 제어:1||냉각탑 풍량:1||냉방시스템:1||냉방에너지:1||냉방에너지절감:1||냉수 유량:1||대리모델:1||데이터분석:1||디자인빌더:1||모듈 타입:1||모듈러 건축:1||민감도 분석:1||발전량:1||베이지안 보정:1||불확실성:1||산란계사:1||설계오류:1||스마트 팜:1||양반사 어레이:1||어프로치온도:1||에너지 비용절감:1||에너지 사용량:1||에너지 성능개선:1||에너지 소비량:1||에너지 시뮬레이션:1||에너지해석:1||연간에너지:1||예측 모델:1||온습도지수:1||온열환경:1||외기냉수냉방:1||외기냉수냉방 시스템:1||운영 시나리오:1||운전 비용:1||운전현황 분석:1||운전효율:1||음압격리병실:1||입력변수:1||자동추출:1||저온 냉각수:1||적설평가:1||조도제어:1||조명에너지:1||지열시스템:1||지열히트펌프:1||진단기법:1||집광채광블라인드:1||차양슬랫제어:1||축열조:1||태양광발전:1||팬 풍량:1||프리 쿨링:1||프리쿨링 시스템:1||현장건설:1||화력발전:1||24 h cooling operation:1||환기 시스템:1||24 h 냉방운전:1||: 인공지능:1||AI (Artificial Intelligence):1||Altitude tracking:1||Annual energy:1||Annual energy performance:1||Antarctica Architecture:1||Approach temperature:1||Automatic Extraction:1||BEMS (BuildingEnergyManagementSystem):1||BEMS (building energy management system):1||Bayesian calibration:1||Bidirectional reflectance PV array:1||Building Information Model:1||Building energy(건물에너지):1||Building value evaluation:1||CFD analysis:1||CFD 해석:1||CRAH fan control:1||Chilled water flow:1||Comparison Analysis:1||Comparison analysis:1||Condenser water flow:1||Condenser water temperature:1||Construction Cost:1||Cooling Efficiency:1||Cooling energy:1||Cooling energy cutoff:1||Cooling system:1||Cooling tower fan air flow rate:1||Data Centre:1||Data Measuring:1||Data analysis:1||Data center:1||Daylighting blind:1||Design Error:1||DesignBuilder:1||Diagnostic Methods:1||Dwelling Environment:1||Eavaes:1||Eco Building:1||Energy Analysis:1||Energy Independence Rate:1||

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