A new study in the Journal of The Electrochemical Society shows that increasing vinylene carbonate concentrations in LFP/graphite pouch cells significantly improves high-temperature cycling by reducing iron dissolution and suppressing electrolyte degradation, while LiFSI-based c…
Higher Vinylene Carbonate Levels Extend LFP/Graphite Battery Life at 70°C
A new study in the Journal of The Electrochemical Society shows that increasing vinylene carbonate concentrations in LFP/graphite pouch cells significantly improves high-temperature cycling by reducing iron dissolution and suppressing electrolyte degradation, while LiFSI-based cells require LiPF6 to mitigate gas production.
Lithium iron phosphate battery · Wikimedia — licence per file · rights
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