A Li+ /Zn2+ Hybrid Electrolyte Revolutionizes V-MOF Cathode Performance and Zinc Anode Reversibility

Yin Ma; Yu Hu; Yutong Meng; Yahui Yang; Jiang Yin; Xiangping Chen; Liqiu Mao; Junjie Liu; Lishan Yang

doi:10.1039/d5cc07100c

January 1, 2026Chemical Communications

A Li+ /Zn2+ Hybrid Electrolyte Revolutionizes V-MOF Cathode Performance and Zinc Anode Reversibility

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Key Points

The research aims to explore the impact of a Li+ /Zn2+ hybrid electrolyte on battery performance.
Incorporated Li+ into Zn||V-MOF battery systems
Measured ionic conductivity of the electrolyte
Analyzed Zn2+ diffusion rates
Assessed cathode de-intercalation and anode reversibility
Enhanced ionic conductivity of the hybrid electrolyte
Accelerated Zn2+ diffusion rates observed
Improved reversible de-intercalation into the V-MOF cathode
Increased zinc anode reversibility demonstrated

Implication

Demonstrates improved cathode performance and anode reversibility in Zn||V-MOF batteries, suggesting enhanced efficiency.

Abstract

A multifunctional cationic electrolyte additive-Li+ was incorporated into the Zn||V-MOF battery, which could enhance the electrolyte’s ionic conductivity and accelerate Zn2+ diffusion rate, facilitate reversible de-intercalation into the V-MOF cathode,...

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Cite This Study

Ma et al. (2026) studied this question.

synapsesocial.com/papers/698433baf1d9ada3c1fb121f https://doi.org/10.1039/d5cc07100c

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A Li+ /Zn2+ Hybrid Electrolyte Revolutionizes V-MOF Cathode Performance and Zinc Anode Reversibility

Key Points

Implication

Abstract

Discussion

Cite This Study

A Li+ /Zn2+ Hybrid Electrolyte Revolutionizes V-MOF Cathode Performance and Zinc Anode Reversibility

Key Points

Implication

Abstract

Discussion

Cite This Study

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