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The aim is to address stability issues in zinc-ion batteries by regulating the zinc anode interface using a trace electrolyte additive.

January 18, 2026Green Chemistry0 citations

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Trace Electrolyte Additive Dynamically Regulating the Zinc Anode Interface Towards Stable Zinc-Based Energy Storage

XYXinyu YangJinan University KZKe ZhangNanjing Agricultural University LDLiubing DongJinan University

Key Points

The aim is to address stability issues in zinc-ion batteries by regulating the zinc anode interface using a trace electrolyte additive.
Development of a trace electrolyte additive.
Application in zinc-ion battery systems.
Analysis of dendrite formation and parasitic reactions.
The trace additive significantly reduced zinc dendrite growth.
Improved interface stability was observed.
Batteries showed enhanced cycling performance and longevity.

Abstract

Aqueous zinc-ion batteries are competitive candidates for safe, low-cost and green energy storage systems, whereas their practical applications are plagued by zinc dendrite and parasitic reaction issues-caused inferior stability of...

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Trace Electrolyte Additive Dynamically Regulating the Zinc Anode Interface Towards Stable Zinc-Based Energy Storage

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