Lab directory
HERO (Hybrid Energy systems and Optimization)
HERO (Hybrid Energy systems and Optimization)
Korea Institute of Energy Technology · Energy Engineering
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Professor
Prof. 이영덕
Professor's page · publicationsAbout
이영덕 교수 연구실(HERO Lab)은 KENTECH 에너지공학부(Hydrogen Energy) 소속으로, 하이브리드 에너지 시스템과 최적화를 연구한다. 교수는 베를린공대(TU Berlin) 에너지공학 박사로 한국기계연구원(KIMM) 책임연구원을 역임했다.
Research keywords
Hybrid EneRgy systems and Optimization (HERO)
Selected publications
- Rigorous Modeling and Wind Energy Integrated Simulation of an Alkaline Water Electrolysis SystemEnergy · 2026
- Comparative evaluation of electrolysis methods for solar-assisted green hydrogen productionRenewable Energy · 2025
- Simulation and exergy-based analysis of novel CO2-free hydrogen production: A cascade combination of methane pyrolysis, bi-reforming, and oxyfuel combustionEnergy Conversion and Management · 2025
- Solar hydrogen production: Techno-economic analysis of a concentrated solar powered high-temperature electrolysis systemEnergy · 2024
- Energy and Exergy Analysis of Solid Oxide Electrolysis Cell (SOEC) Hydrogen Production System under High Current Density (HCD) and Endothermic Operating ConditionsInternational Journal of Energy Research · 2024
- Correlating the influence of the purity of hydrogen produced by a surplus power on the production of green ammoniaASME Journal of Energy Resources Technology · 2024
Other labs in this department
- Ultra-High Power Semiconductor (UHPS) Lab
Hyemin Kang
Ultra-High Power Semiconductor (UHPS)
- IOEM Lab (Integrated Opto-Electronic Materials)
Joonseop Kwak
Ultra-wide bandgap power semiconductors
- Nuclear-thermalhydraulics Integrated Safety (NIS) Lab
Kyung Mo Kim
Nuclear Thermal-hydraulics for Reactor Safety
- SEND Lab (Sustainable Energy & Network Design)
Seungwan Kim
Climate and Energy Policy, Public Policy Engineering, Network Economics, Energy Market Design
- Water Electrolysis (WE) Lab
Changhee Kim
Green Hydrogen Production by Water Electrolysis
- 김형준 교수 연구실
Hyoung-Juhn Kim
Polymer Science and Engineering