Research Area
Research Area
We study electrochemical mechanism of various energy systems and
develop advanced energy materials and systems with excellent performance and long-term stability.
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Research Projects with
Next-generation Batteries
Next-generation Batteries
The key is increasing energy density and long-term stability of batteries for a wide range of applications—including electric vehicles (EVs), urban air mobility (UAM), and energy storage systems (ESS).
The key is increasing energy density and long-term stability of batteries for a wide range of applications—including electric vehicles (EVs), urban air mobility (UAM), and energy storage systems (ESS).
Battery Researches in EESL
Battery Researches in EESL
1. Advanced Li-ion batteries (LiB)
1. Advanced Li-ion batteries (LiB)
(1) Nano-materials for LiB electrodes
(2) In-situ electrochemical surface-treatments
(3) Design of novel full-cell batteries
2. Next generation batteries
2. Next generation batteries
(1) Li-S and Li metal batteries
(2) Na/Mg/Al/Zn- ion batteries
Hydrogen Energy & Fuel Cells & Corrosion Science∙Engineering
Hydrogen Energy & Fuel Cells & Corrosion Science∙Engineering
The keys are developing highly efficient and cost-effective hydrogen production/storage systems and improving performance and stability of fuel cells for Fuel cell vehicles.
The keys are developing highly efficient and cost-effective hydrogen production/storage systems and improving performance and stability of fuel cells for Fuel cell vehicles.
Hydrogen Energy & Fuel Cell & Corrosion Science∙Engineering Researches in EESL
Hydrogen Energy & Fuel Cell & Corrosion Science∙Engineering Researches in EESL
1. Hydrogen storage/production systems
1. Hydrogen storage/production systems
(1) On-board hydrogen production using chemical hydrides and metallic fuel
(2) Novel HER/OER nano-catalysts for water electrolysis
(3) High-performance hydrogen storage materials/systems
2. PEM Fuel Cells
2. PEM Fuel Cells
(1) Advanced MEA (Membrane-Electrode Assembly)
(2) High-performance/stability novel nano- HOR/ORR catalysts
(3) Study on the carbon corrosion mechanism & its prevention methods
3. Corrosion Science∙Engineering
3. Corrosion Science∙Engineering
(1)
Electrochemical Energy Systems Lab.
Department of Materials Science and Engineering,
College of Engineering,
Gwanju Institute of Science and Technology(GIST)
TEL : +82-62-715-2313 / FAX : +82-62-715-2304
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