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...However, the Li-metal anode is notoriously challenging
THE "SHARP" QUESTION
Conventional electrolytes are flammable and unstable against Li-metal, causing unfavored reactions that create sharp spikes called Li-dendrites, which damage the battery and pose safety hazards.
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Dendritic Li-metal formed in the conventional electrolyte (Ref.)
THE "DULL" ANSWER
After years of R&D at Stanford University, we have been the Pioneer of developing New Molecules for liquid electrolytes that are highly stable against Li-metal, even at high temperatures. They effectively passivate the Li-metal surface, completely eliminate Li-dendrites, enabling safer, longer-lasting, and more energy-dense batteries.
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eLyte Li-metal anode shows zero dendrite after extensive cycling
LI-METAL BATTERY WITH ZERO DENDRITE
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