Interplanar spacing modulation and holey graphene architecture for enhanced lithium storage in silicon anodes

Key Points

• Enhanced lithium storage capacity is achieved through modulation of interplanar spacing and holey graphene architecture.
• A significant increase of 30% in energy density was observed in optimized silicon anodes during testing.
• Analysis involved various electrochemical performance metrics under controlled conditions, including cycles and load conditions.
• Findings suggest that future developments could lead to improved batteries, supporting advancements in energy storage solutions.