Advanced Nano-Bio Materials for Energy Lab

Our research is to design advanced nanomaterials and structures for energy conversion and storage materials and systems. To develop novel electrode materials for next generation energy devices, we control the nanostructure of the electrode materials by employing chemical and biological templates for the fabrication of hybrid nanostructure.  Special interests are on the bio-inspired structures and materials. Motivated by the biological systems, we are researching synthesis and self-assembly of nanomaterials and applying to the energy storage and conversion systems.  For the fundamental study on the material properties and the production of novel materials, we focus on the study of

(1) Bio-inspired synthesis and assembly of nanomaterials 

(2) Nanostructured hybrid materials using chemical and biological templates  for energy storage materials

(3) Interface engineering between organic and inorganic materials for nanostructured materials


Specific applications includes:

  • Flexible/wearable batteriies
  • Lithium – air batteries
  • All solid state battereis
  • Anion redox batteries
  • Sulfur cathode batteries
  • Bio-inspired artificial channels

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  • Department of Energy Engineering, College of Engineering, Hanyang University 222 Wangsimni-ro, Seongdong-gu, Seoul 133-791, Korea
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