An efficient combination strategy for high-performance asymmetric-electrolyte metal–air batteries

Dong Liu, Shenlong Zhao*
Matter 4(4), 1090-1092, (2021)
DOI:http://10.1016/j.matt.2021.03.015

Abstract

Asymmetric-electrolyte metal–air batteries (AMABs) are the most promising technologies for realizing efficient energy conversion. However, the issues in cathode and separator parts seriously impede their practical applications. This article previews the latest finding on high-voltage AMABs with long cycle stability. Impressively, the generality of the developed approach is demonstrated by the AZnABs, ASiABs and ASnABs, exhibiting the enhanced operating voltage, power densities, and excellent rate performance.