Energy Storage Materials

With continuous increase in the demand for oil, the depletion of non-renewable resources and environmental pollution, there has been an ever increasing and urgent demand for renewable energy. These issues have led to develop new generations of energy storage and conversion devices with high power density and high energy density. Advanced Polymeric Material Laboratory focuses on the followings;

 -Design and preparation of active electrode materials based on metal, metal oxide, and carbon for Lithium
  batteries, super-capacitor, and energy conversion from water-splitting
 -Next generation secondary ion batteries (Lithium ion batteries (Si anode, Sulfur cathode, Selenium cathode, Magnesium ion batteries, Sodium ion batteries, Potassium ion batteries, Zinc ion batteries)
 -Characterization of prepared active electrode materials: SEM, TEM, cyclic voltametry, charge/dicharge test