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This research investigates the challenges of anode-free lithium metal batteries and seeks to enhance their stability and capacity.

February 2, 2026

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Stable 15-Ah Anode-Free Li Pouch Cell Enabled by Electron Resonance Effect

SDShihao DuanZhejiang University SZShuoqing ZhangShanghai Jiao Tong University XHXiaoteng HuangZhejiang University

Key Points

This research investigates the challenges of anode-free lithium metal batteries and seeks to enhance their stability and capacity.
Development of 15-Ah anode-free lithium metal pouch cells
Investigation of the electron resonance effect on battery performance
Assessment of electrolyte depletion and lithium consumption dynamics
Demonstrated reduced electrolyte depletion compared to traditional designs
Achieved stable performance with a high theoretical energy density
Showed improved cycle life and efficiency in energy delivery

Abstract

Ah-level anode-free Li metal batteries (AFLMBs) exhibit the highest theoretical energy density for rechargeable batteries; however, their practical application is hindered by serious electrolyte depletion and active Li consumption. The...

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Stable 15-Ah Anode-Free Li Pouch Cell Enabled by Electron Resonance Effect

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