Welcome to green energy storage and conversion laboratory

We are interested in smart engineering for next generation GREEN ENERGY STORAGE AND CONVERSION systems. For energy storage systems such as rechargeable batteries, we question: How do we make batteries sustainable, safe and cost-effective, and store more energy in fast? These questions abstract the looks of next-generation energy technology. Though the current energy technologies have been made great of progresses on the energy storage systems in performance, it is still far from the satisfaction for the questions. Nanostructure engineering would provide a clue to uptake of the next-generation energy storage systems to daily life. We wait for you who find the answers together. Meanwhile, functional electrodes or devices (i.e., stretchable energy storage systems) per se are getting important more and more. We are interested in those functional systems.

We are also interest in new green energy conversion systems such as fuel cells. If the batteries are now, the hydrogen will be the future. A growing body of evidence supports the decarbonation based on hydrogen. The kernel of the hydrogen based energy will be; how do we secure 'Green' hydrogen in large scale and produce electrical energy from the 'Green' hydrogen?  We are seeking for answer through nanostructured catalysts.

We stand on the intersection of System Design, Mechanical Engineering, Material Science Engineering, Computation, Chemical Engineering, etc.

Notice

• 석박통합과정/ 박사과정생을 모집합니다. (blee1015@pusan.ac.kr)