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The rechargeability of contemporary lithium‐ion batteries (LIBs) is challenging at low temperatures, mainly due to the hurdles faced by graphite anodes. Herein, by exploiting the Li‐solvent co‐intercalation into graphite, its low‐temperature rechargeability is boosted. Experimental characterizations aided by theoretical calculations demonstrate that the co‐intercalation process is featured by low...
The high activation barrier, inferior rate performance, and short cycling life severely constrain the practical applications of the high‐capacity Li2S cathode. Herein, we fabricate a Li2S−Cu nanocomposite with a drastically reduced activation potential, fast rate capability, and extraordinary cycling stability even under a practically relevant areal capacity of 2.96 mAh cm−2. Detailed experimental...
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