posted on 2025-05-11, 21:11authored byJacob Johnston
The needs for energy storage are soaring with the sharp rise in renewable energy. In the coming decade lithium and related Li-ion battery materials will come under increasing supply constrain as production struggles to keep up with the sharp rise in demand. Herein I present cutting edge advances in Earth abundant aluminium-ion batteries across all cell components. New, cheaper electrolyte materials coupled with high capacity abundant cathodes that can outperform the standard graphite has brought the tantalising possibility of aluminium-ion battery commercialisation closer.
History
Year awarded
2023.0
Thesis category
Doctoral Degree
Degree
Doctor of Philosophy (PhD)
Supervisors
Nann, Thomas (University of Newcastle); Goreham, Renee (University of Newcastle); Page, Alister (University of Newcastle)