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With funding from the National Natural Science Foundation of China (grant number: 61921005, 61735008, 62104099), Professor Xu Jun, Associate Researcher Song Hucheng and collaborators of Nanjing University reported a new strategy to achieve ultra-low charging potential and long cycle life solid-state lithium-carbon dioxide batteries based on in-situ built-in-situ plasmon heterostructure, and prepared a safe and stable solid-state lithium-carbon dioxide battery
Compared with traditional liquid electrolyte-based lithium-ion batteries, all-solid-state metal lithium batteries have the advantages
In view of the aggravated interfacial reaction between lithium metal and solid electrolytes (especially LAGP) and the resulting fire and other safety issues, the scientific research team used ternary molten salts with high lithium ion conductivity at high temperatures as an artificial interface layer to improve the physical contact and chemical stability of the interface between metal lithium / solid electrolytes at high temperatures, and reported a safe and stable solid-state lithium-carbon dioxide battery
In view of the key challenge that the discharge product Li2CO3 in the battery system is difficult to decompose, the research team reports a new strategy
