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Silicon Over Brute Force: Inside Mercedes’ CLA 350 Chemistry Shift

By swapping conventional graphite for silicon-anode cells, Stuttgart is aiming to solve the 350-mile range riddle without the penalty of three-ton battery packs.

For the better part of a decade, the automotive industry’s prescription for EV range anxiety has been embarrassingly blunt: install a larger battery, add another thousand pounds…

Mercedes-Benz is attempting to break that heavy-handed cycle with the 2027 CLA 350 Electric.

Silicon anodes represent one of the most critical structural leaps in solid-state and advanced lithium development.

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By swapping conventional graphite for silicon-anode cells, Stuttgart is aiming to solve the 350-mile range riddle without the penalty of three-ton battery packs.

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