Studying Aqueous Hybrid Batteries

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Studying Aqueous Hybrid Batteries Aqueous Hybrid Battery Study for grid-scale energy storage applications Use only low cost, benign materials Have intercalation positive electrode and electric double layer negative electrode Katherine Hess Advisor: Shawn Litster Electrode Scaffold (ES) Use ES to make in-situ, through- thickness measurements to study effect of long transport lengths on charging/discharging dynamics Study electric/ionic potential and species concentration distributions

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Studying Aqueous Hybrid Batteries. Katherine Hess Advisor: Shawn Litster. Electrode Scaffold (ES) Use ES to make in-situ , through-thickness measurements to study effect of long transport lengths on charging/discharging dynamics - PowerPoint PPT Presentation

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Page 1: Studying Aqueous Hybrid Batteries

Studying Aqueous Hybrid Batteries

Aqueous Hybrid Battery• Study for grid-scale energy storage

applications• Use only low cost, benign materials• Have intercalation positive

electrode and electric double layer negative electrode

Katherine Hess Advisor: Shawn Litster Electrode Scaffold (ES)

• Use ES to make in-situ, through-thickness measurements to study effect of long transport lengths on charging/discharging dynamics

• Study electric/ionic potential and species concentration distributions