ScholarWorks@Korea University: Kim, Kyung Nam

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Kim, Kyung Nam (김경남)

Department of Energy and Environment

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Tel 02-3290-5917
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경제성분석:4||Electrically functional:2||Green Finance:2||Economic analysis:2||economic analysis:2||Net metering:2||Discounted cash flow method:2||Water sensing tape:2||Solar energy:2||Pinhole water leakage:2||Spatial monitoring:2||Flexible electrodes:2||녹색금융:2||태양광 발전:2||CCU:1||수정가속상각법:1||Green Sukuk:1||보조금:1||Hydropower plant:1||AnnualGeneration:1||현금흐름할인법:1||Solar Power Generation:1||battery energy storage system:1||remote sensing:1||cooling effect:1||세제 유인정책:1||Al paste:1||그린 수쿡:1||Sukuk:1||Optimal orientation:1||ARIMA modelling:1||에너지자립섬:1||Subsidies:1||태양광에너지:1||온배수:1||Recalculation:1||해수담수화:1||결정질 실리콘 태양광시스템:1||전력발전:1||Water footprint:1||New Renewable Energy Technology:1||Strategy Niche Management:1||MultiLevel Perspective:1||Diversity index:1||에너지저장시스템:1||sensitivity analysis:1||Tobin’s Q(토빈의 Q계수):1||효율성(Efficiency):1||Real Options:1||Interaction:1||Participatory development:1||Mining governance:1||Critical minerals:1||floating solar photovoltaic:1||이슬람 금융:1||태양광 최적발전:1||Selective emitter:1||다중 회귀 모형:1||회귀ARIMA 모형:1||Renewable energy:1||에너지균등화비용:1||Desalination:1||물 발자국:1||물 소비:1||Crystalline silicon PV system:1||Energy Transition:1||신재생에너지기술:1||에너지전환:1||태양광:1||도서지역:1||remote island:1||경영유연성:1||태양광모듈 제조:1||실물옵션:1||변동성:1||프로젝트 파이낸싱:1||Microgrid business model:1||residential solar PV:1||economic feasibility analysis:1||Selfgeneration & consumption:1||Energy transition:1||groundbased solar photovoltaic:1||Technology Acceptance:1||태양광 투자:1||태양광 감가상각비:1||할인현재가치법:1||Rear passivation:1||최적 방향:1||Energyindependence island:1||Panel analysis:1||Hydrogen Station(수소충전소):1||Hydrogen economy(수소경제):1||재산정:1||Solar city:1||VMD:1||다층적 관점:1||Energy security:1||흑산도:1||태양광 가치사슬(Value chain in Solar industry):1||PV module manufacturing:1||Monte Carlo Simulation:1||Photovoltaic:1||CBA:1||Energy measures:1||AHP:1||Feedin tariff:1||Semantic Differential Scale:1||Modified accelerated cost recovery system:1||Sharia:1||화력발전소:1||Hot waste water:1||Peak shaving:1||Geothermal energy:1||전과정평가:1||Life cycle assessment:1||Power generation:1||Offshore Wind Power:1||에너지안보:1||Production capacity:1||Volatility:1||Project Financing:1||CCS:1||Affectivecognitive Evaluation:1||Feasibility study:1||Aluminum silicon eutectic paste:1||Islamic Finance:1||최적 경사각:1||SAM(System Advisor Model):1||Optimal Tilt angle:1||Silicon solar cells:1||Antireflection coating:1||Load demand forecasting:1||RegressionARIMA mode:1||ARIMA 모델링:1||패널분석:1||신․재생에너지:1||LCOE(Levelized cost of energy):1||Built environment:1||Urban solar potential:1||진공막증류법:1||해상풍력:1||Energy mix:1||Heuksando:1||Management flexibility(경영유연성):1||생산능력:1||몬테카를로 시뮬레이션:1||Optimal power generation ratio:1||Residential rooftop PV:1||Resource transition:1||economic viability:1||performance analysis:1||Tax incentive:1||PERC solar cells:1||샤리아:1||Photovoltaic power:1||Thermoelectric power plant:1||Fuel Cell Eelectric Vehicle(수소연료전지자동차):1||수력발전소:1||Photovoltaics:1||Solar rooftop potential:1||Water consumption:1||Social･Technology System:1||System Transition:1||energy storage system:1||Vertical integration(수직통합화):1||Real options(실물옵션):1||Real options model:1||실물옵션모델:1||태양광 사업:1||reused EV batteries:1||RE100:1||Solar PV economic analysis:1||Installation incentives:1||Sustainable development:1||PV systems:1||PV investment:1||PV depreciation:1||수쿡:1||Photovoltaic power optimization:1||Silicon oxynitride:1||Stack passivation:1||Multiple regression model:1||전력 수요 예측:1||경제적 유인제도:1||Incentivebased strategies.:1||Hydrogen energy policy(수소에너지 정책):1||연간발전량:1||지열에너지:1||사회･기술시스템:1||시스템전환:1||전략적니치관리:1||에너지믹스:1||다양성지수:1||민감도분석:1||photovoltaic:1||Management flexibility:1||Community solar:1||HOMER (Hybrid Optimization of Multiple Energy Resources) Pro:1||Technoeconomic analysis:1||System Advisory Model (SAM):1||compensation rates:1||

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