OSU Researchers Revolutionize Battery Tech with Iron-Based Cathode, Doubling Energy Capacity and Enhancing Safety

May 27, 2024
OSU Researchers Revolutionize Battery Tech with Iron-Based Cathode, Doubling Energy Capacity and Enhancing Safety
  • Professor Xiulei 'David' Ji and his team at Oregon State University developed a new iron-based cathode for lithium-ion batteries.

  • This innovation offers higher energy density, lower costs, and greater safety compared to current cobalt and nickel cathodes.

  • Adding bromide to the electrolyte solution doubles the battery's energy capacity without compromising safety.

  • The research was funded by the U.S. Department of Energy and conducted in collaboration with other institutions.

  • The new iron-based cathode highlights the potential for iron to be a more sustainable and readily available option for battery production.

  • This advancement could revolutionize the battery industry and provide a more environmentally friendly solution for electric vehicles and electronic devices.

Summary based on 3 sources


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