Seawater-Based Zn-Halogen Battery

Dual-interface engineering

Addressing anode corrosion and cathode shuttle in seawater-based zinc-halogen batteries, this dual-interface engineering strategy significantly enhances cycling stability and rate capability while maintaining high energy density and capacity.

Xiao, Fuyu · Lin, Hui · Zeng, Lingxing · Liu, Yangyang · Mu, Yongbiao · Lu, Yong · Qian, Qingrong · Chen, Qinghua · Zhang, Kai · Yan, Zhenhua · Chen, Jun

Advanced Materials 2026

Specifications

软包电池循环

{'zh': '250', 'en': ''} 次

能量密度

{'zh': '249', 'en': ''} Wh kg-1

改性海水电解液中运行

{'zh': '120', 'en': ''} 次

Advantages

Electrochemical performance of Zn-bromine batteries significantly enhanced in modified seawater electrolyte