Performance Evaluation of Aluminum Ion Air Battery Using Solid Electrolytecomposite

  • Unique Paper ID: 166521
  • Volume: 11
  • Issue: 2
  • PageNo: 1674-1681
  • Abstract:
  • A promising class of battery materials, non-aqueous aluminum batteries (AB) have gained popularity because of their high theoretical capacity and consistent operational safety. However, their practical usage in large-scale applications has been hampered by the absence of appropriate positive electrode materials and the requirement for costly, air-sensitive solid electrolytes. The determination of this study is to examine the positive electrode materials and related electrolytes in ABs in order to inspire the development of the next generation of high-capacity, reasonably priced batteries. Because of their high charge storage capacity, low redox potential, and natural abundance, aluminum batteries are regarded as attractive electrochemical energy storage systems. This work tested five varying compositions of aluminum (Al6061) air cells for performance, with NaCl as the electrolyte assembly. A range of voltages and times were used to compare the experimental results; NaOH was selected because it was less expensive and had a lower concentration, which meant that it would last longer on batteries. The steady-state voltage indicates that electrons transfer between electrodes at their saturation points, and when the voltage reaches a plateau and the rate of electron transfer equalises, the reaction has reached equilibrium. The impact of various electrolyte concentrations on the equilibrium voltage attained might be investigated through more research.

Cite This Article

  • ISSN: 2349-6002
  • Volume: 11
  • Issue: 2
  • PageNo: 1674-1681

Performance Evaluation of Aluminum Ion Air Battery Using Solid Electrolytecomposite

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