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The paper presents a mathematical modeling of a storage unit based on a lithium-ion model. For the description, the problem is formulated on the basis of an inhomogeneous differential equation of electrical conductivity. In the course of the work, a pattern was derived that makes it possible to determine important aspects of the installation when entering boundary and initial conditions—parameters of the storage system. The result of the work was a proof of the possibility of improving modern lithium-ion batteries by combining component structures.

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Mathematical Modeling of the Phenomenon of Electrical Conductivity of a Lithium-Ion Battery with a Large Capacity

  • 会议论文

  • 发表日期：

    2025年

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  • Ibratjon Aliyev,
  • Sultonali Abdurakhmonov,
  • Ruzikhon Akhrorova,
  • Moxizarxon Mamadaliyeva,
  • Nargiza Toirova

摘要

The paper presents a mathematical modeling of a storage unit based on a lithium-ion model. For the description, the problem is formulated on the basis of an inhomogeneous differential equation of electrical conductivity. In the course of the work, a pattern was derived that makes it possible to determine important aspects of the installation when entering boundary and initial conditions—parameters of the storage system. The result of the work was a proof of the possibility of improving modern lithium-ion batteries by combining component structures.