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Research
Chemistry

Molecular Level Characterisation of Emerging Sodium Battery Materials

Hassaan Bin Shahid
Université d'Orléans and Deakin

Research areas

Energy Storage, Electrochemistry, Material Characterization, Solid state Batteries

Project Brief

Sodium-ion batteries offer a promising, low-cost alternative to lithium-ion batteries due to sodium’s abundance and affordability. While developments have centered on electrodes, the electrolyte remains relatively underexplored despite its importance for performance and safety. The PhD aims to develop ionic-liquid-based electrolytes and hard carbon electrodes for sodium-ion batteries, providing a safer, scalable alternative to liquid electrolytes. The synthesized material will be characterized using solid-state NMR, which will enable us to get in-depth knowledge of the solid-electrolyte interface and ion transportation mechanisms. Our goal is to synthesize and design a high-performance electrolyte and electrode that enhances sodium-ion transport and stability, contributing to more efficient and safe energy storage solutions for future applications.