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장도형 Jang, Do Hyung
장도형 Jang, Do Hyung
e-Mail dh.jang@snu.ac.kr
Tel. 02 880 8350
Fax. 02 888 9298
Research Field
Modeling & simulation on alkaline water electrolysis system
Techno economic analysis of hydrogen production
김태빈 Kim, Tae Been
김태빈 Kim, Tae Been
e-Mail taebeenkim@snu.ac.kr
Tel. 02 880 8350
Fax. 02 888 9298
Research Field
Modeling & simulation on solid oxide fuel cell system (Energy, Exergy, Economic and Exergoeconomic)
Fueling protocol development on compressed hydrogen tank with CFD
신해성 Shin, Hae Seong
신해성 Shin, Hae Seong
e-Mail rhaehf14@snu.ac.kr
Tel. 02 880 8350
Fax. 02 888 9298
Research Field
Data-driven modeling of prediction on renewable power generation (Machine/Deep Learning, Neural Network)
Techno economic analysis of hydrogen production
Modeling & simulation on proton exchange membrane water electrolysis system
함진영 Ham, Jin Young
함진영 Ham, Jin Young
e-Mail ham7322@snu.ac.kr
Tel. 02 880 8350
Fax. 02 888 9298
Research Field
Modeling & simulation on solid oxide fuel cell system integrated with heating and absorption cooling system for green house
Modeling & simulation on alkaline water electrolysis system
김시웅 Kim, Si Woong
김시웅 Kim, Si Woong
e-Mail siwoongkim12@snu.ac.kr
Tel. 02 880 8350
Fax. 02 888 9298
Research Field
Modeling & analysis on solid oxide fuel cell system integrated with heating and absorption cooling system for residence and building applications (Energy, Exergy and Environmental)
이현호 Lee, Hyun Ho
이현호 Lee, Hyun Ho
e-Mail pirater37@snu.ac.kr
Tel. 02 880 8350
Fax. 02 888 9298
Research Field
TBD
정종윤 Jung, Jongyun
e-Mail
Tel. 02 880 8350
Fax. 02 888 9298
Research Field
Experiment on solid oxide electrolysis cell
Modeling & simulation on solid oxide electrolysis cell
김용현 Kim, Yonghyun
e-Mail yongh1104@snu.ac.kr
Tel. 02 880 8350
Fax. 02 888 9298
Research Field
Modeling & simulation on proton exchange membrane fuel cell system for drone, urban air mobility
Modeling & simulation on proton exchange membrane fuel cell system for ships propulsion
이경진 Lee, Kyungjin
e-Mail
Tel. 02 880 8350
Fax. 02 888 9298
Research Field
Modeling & simulation on hydrogen liquefaction process
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