The research aims to explore electrografting of solid polymer electrolytes to improve energy density in sodium ion batteries.
Implemented electrografting techniques to modify solid polymer electrolytes.
Analyzed the energy density of the modified electrolytes in sodium ion batteries.
Compared performance metrics to traditional sodium ion battery designs.
Demonstrated significant improvements in energy density for sodium ion batteries.
Achieved a more cost-effective approach using abundant sodium.
Showed the feasibility of separator-less designs to enhance battery efficiency.
Abstract
Sodium ion batteries (SIBs) are emerging as an attractive energy storage technology due to the accessibility, global abundance and low cost of sodium. However, improving their energy density to reduce...