The protective layer of the new energy battery cabinet has softened

Are lithium-metal batteries the next generation of energy storage devices?

Moreover, we discuss high-performing coating–electrolyte pairs and provide an outlook on interface design for novel electrolytes. Lithium-metal batteries (LMBs) are widely regarded as the next generation of energy storage devices because of their high anode specific energy density of 3,860 Ah kg −1 (refs. 1, 2).

Are polymer coatings suitable for lithium-metal batteries?

The commercialization of lithium-metal batteries is hindered by the electrochemical instability of lithium metal. Polymer coatings have shown promise in addressing issues related to each step of heterogeneous lithium deposition. Here we summarize the current understanding of key design principles and highlight relevant coating compositions.

What makes a good battery protective casing?

The battery protective casing must comprise features like electromagnetic compatibility, anti-corrosion characteristics, rigidity, integrity, thermal management, and fire safety.

Which battery casing material is crash-worthiness?

Hence, in this review, the latest research on battery casing material which would be crash-worthiness also being discussed. The study on using different materials such as CRFP, mild steel, HSS, aluminum alloys, and GMT as battery casing and the amount of safety they provide to batteries in crash situations has been elaborated in this review.