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Power System Lab. 2012.12.18 School of Electrical Engineering and Computer Science Seoul National University.

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Presentation on theme: "Power System Lab. 2012.12.18 School of Electrical Engineering and Computer Science Seoul National University."— Presentation transcript:

1 Power System Lab. School of Electrical Engineering and Computer Science Seoul National University

2 연구실 구성원 성명 : 문승일 (Moon, Seung-Il) 직위 : 교수 연구실 : 서울대학교 301동 601호 학력
81. 3 ~ : 서울대학교 전기공학과 85. 9 ~ : 미 오하이오 주립대 전기공학과 석사 89. 9 ~ : 미 오하이오 주립대 전기공학과 박사 93. 9 ~ : 전북대 전기공학과 전임강사 95.10 ~ : 전북대 전기공학과 조교수 97. 3 ~ : 서울대 전기공학부 조교수 01. 9 ~ : 서울대 전기공학부 부교수 06.10 ~ 현재 : 서울대 전기공학부 교수 Tel : 02)

3 연구실 구성원 Alumni : 8 Ph.D and 4 M.E 연구실 : 301동 616호, 512호

4 Power System Lab. Turning point : Power IT, Power electronics
Power System Engineering Power system : Generation, Transmission, Distribution system Power System & Electric Machine Included Turning point : Power IT, Power electronics Power System Engineering - Power System Design, Operation, Assessment - Power System Modeling, Simulation - Stability, Reliability, Efficiency - System Operator, Power Provider, Manufacturer

5 Research Area RESEARCH FACTS/ HVDC Power Quality Reliability Renewable
Energy IT Micorgrid

6 Research Area Renewable Energy
Wind Turbines, Photovoltaic System, Fuel Cell, ETC. Interconnection Issues Grid Impact Assessment & Operation scheme Development Establishment of National Interconnection Standards Micro-grid Distribution system Automation Operation & Control Techniques of Distributed Generations Operational standards development Power IT, Power electronics

7 Wind Turbines Projects
Large integration of wind turbine generation Renewable Energy – uncontrollable!! Challenges in reliable power system operation Wind generation Effects Power system

8 Wind Turbines Projects
Grid Impact Assessment & Operation scheme Development Interconnection issue investigation Optimal operation schemes for wind turbines Wind generation system Modeling, Simulation & Analysis

9 Wind Turbines Projects
Interconnection & Operation Standards Establishment Grid code for wind turbine interconnection Technical requirements and regulation

10 Micro-grid Micro-grid Definition : Coordination , Autonomous
Distribution system Automation

11 Related projects Development of Operation and Control Scheme for Micro-grid Frequency/voltage control scheme Bidirectional power control scheme Establishment of standards Development and operation of test model (analog simulator)

12 Related projects Development of Operation Scheme for DG in Distribution System Basic operation technique for DG based on Multi-Agent DC dispatch system for efficient supply High efficiency PCS (Power Conditioning System) for DG Power Quality Analyzer LOAD Existing Distributed Generator (Gas Turbine etc.) Gen Wind-turbine : induction type (DF) AC/DC/AC AC/DC Photovoltaic Fuel Cell New Power Distribution System (220V - 3phase) Custom Power Device ex) DSTATCOM Display Panel V, P/Q Control DC/DC/AC DC/AC Wind-turbine : synchronous type Dist. System Coordinator Protection IED 22.9kV Dist. system

13 K-EMS project DTS (Dispatcher Training Simulator) Development
Development of Power System Simulator for DTS Mathematical modeling of generators, transmission systems, distribution networks, load facilities Modeling of dispatch system DTS - Simulator for EMS function


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