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High-performance Organic Li-bromine Battery Enabled by Two-electron Redox Chemistry
This patent introduces a high-performance organic lithium-bromine battery based on a novel two-electron redox chemistry. The core innovation lies in activating and stabilizing the reversible Br⁻/Br⁺ redox couple through strategic electrolyte engineering.
Prof. ZHI Chunyi, Dr. LI Xinliang, Dr. LI Pei
  • Two-electron Redox Chemistry
  • Lithium-bromine Battery
  • Chloride Ions Additives
  • Bromide-based Cathode
  • High Energy Density
TRL
3
High-Voltage and High-Power Battery with an Organic Cathode Containing Ferrocene with Dual Redox Centers
This patent addresses the aforementioned challenges by inventing a high-voltage, high-power battery featuring an organic cathode with a novel ferrocene derivative, (ferrocenylmethyl)trimethylammonium iodide (FcNI). 
Prof. ZHI Chunyi, Dr. LI Pei, Mr. ZHU Jiaxiong
  • Ferrocene-based Organic Cathode
  • Dual Redox Centers
  • High-voltage Battery
  • Multi-electron Transfer
  • Ether-based Electrolyte
TRL
4
High Capacity, High Energy Density and High Power Reversible Li-Cl₂ Battery System
The patent proposes a reversible Li-Cl₂ battery system with a halogen-based cathode composed of iodine trichloride (ICI₃) statically adsorbed on a porous host electrode (e.g., activated carbon).
Prof. ZHI Chunyi, Dr. LI Pei, Dr. LI Xinliang
TRL
4

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