What question did this study set out to answer?

This research aims to investigate the self-inhibition mechanism in zinc-vanadium oxide batteries to address dissolution issues.

May 16, 2026Energy & Environmental Science4 citations

Breaking the Cascade Dissolution Loop through Self-inhibition Mechanism for Zinc Vanadium Oxide Battery

WXWeina XuDongguan University of Technology ZLZimin LiDongguan University of Technology KLKangjie LiDongguan University of Technology

Key Points

This research aims to investigate the self-inhibition mechanism in zinc-vanadium oxide batteries to address dissolution issues.
Pre-intercalation techniques were applied to the zinc-vanadium oxide cathode.
The impact of foreign species on V-O bond stability was analyzed.
The enhanced V-O bond stability significantly improved battery performance.
Self-inhibition reduced dissolution rates, enhancing lifecycle and efficiency.

Abstract

The pre-intercalation of foreign species into zinc-vanadium oxides battery cathode has been successfully demonstrated due to the pillar effect to enhance the V-O bond. Here, we challenge this claim and...

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