Energy Storage

Functional Material


Among the components of secondary batteries, there are functional materials that do not contribute to capacity but help to develop performance and operate reliably. Examples include binders, separators, and conductive materials. A binder is an element necessary for the formation of an electrode of an active material, and it makes the active material and the conductive material adhere well to each other or the current collector, and the conductive material facilitates the movement of electrons inside the electrode. The separator prevents short circuit between the positive and negative electrodes by preventing contact between the two electrodes. These functional materials play a role in expressing the electrochemical reaction of the active material, so they are as important as the active material and the electrolyte.

Our Graduate School of Steel Energy and Materials is conducting research to design these functional materials and closely analyze their performance. We are striving to improve the performance of secondary batteries through various approaches, such as developing existing materials or grafting new materials.

연구실 소개

  • Next Generation Energy Storage Platform Lab
    Prof. Sang-Min Lee
    • Next generation anode materials
    • Inorganic solid electrolyte for all solid battery
  • Nano Energy Materials Lab
    Prof. Changshin Jo
    • Nano material synthesis and advanced analysis
    • Secondary battery basic material development
  • Advanced Energy and Catalysis Lab
    Prof. Won-bae Kim
  • Polymer-based Energy Materials Lab
    Prof. Soo-jin Park