Silicon-anode batteries could give electric vehicles a thousand miles of range
Replacing traditional graphite with silicon in electric vehicle batteries could potentially triple energy density, paving the way for cars that travel over one thousand miles on a single charge.
Silicon anodes can store ten times more lithium ions than the graphite currently used in electric vehicle batteries. This massive leap in storage capacity means vehicles could travel significantly farther while using smaller, lighter battery packs. Researchers estimate this transition could push driving ranges toward the thousand-mile mark.
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