Design of electrodes for zinc-air batteries based on preparation of nano functional materials based on rolling vibration grinding
Flexible zinc-air battery electrode. Nanomaterials are efficient and environmentally friendly and are used in flexible energy storage.
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Key innovations
The innovation lies in using rolling vibration mills to prepare nanomaterials and build 1D/2D/3D multi-dimensional composite porous air electrodes and flexible thin film electrodes to improve the performance and efficiency of zinc-air batteries.
Potential economic benefits
Improve the energy density and flexibility of zinc-air batteries, extend battery life, and reduce costs. Expand battery application fields, achieve efficient energy storage and thinness, and be competitive in the market.
Potential climate benefits
The zinc-air battery electrode improves energy efficiency and extends life, promotes efficient storage and utilization of renewable energy, and reduces dependence on fossil fuels. Flexible and lightweight design may reduce material consumption and manufacturing energy consumption to achieve carbon reduction.
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Zhu Yufang
Zhu Yufang: Focus on artificial intelligence and data science, provide innovative technical services, and promote industrial intelligence upgrading.
China
Solution details
Nano-zinc powder particles and boron nitride nanosheets were prepared by rolling vibration mills, and the flexible thin film electrode of zinc-air batteries was made with the carbon film as the skeleton; Cobalt 3O3 nanoflower particles were prepared as catalysts, and one-dimensional nanoflower particles/two-dimensional boron nitride nanosheets/three-dimensional network structure of carbon nanotubes was designed and developed.
Last updated
20:43:20, Nov 05, 2025
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