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Implementation of computationally-efficient physics-based mathematical models for a lithium ion battery management system.

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justary27/LiionBatteryModels.jl

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LiionBatteryModels.jl

by Aryan Ranjan

The work done in this repository comprises of the following:

  • Work done during the Autumn and Spring Semester of 2023-24 in the courses related to my B.Tech project (CHN400 A&B).
  • Work done during the Spring semester of 2022-23 in the course CHN300 Case Study.

Reduced order model for SOC in Li-ion batteries.

Supervising Faculty

Collaborators (During CHN300 CaseStudy)

Tech Stack

  • Julia v1.8.5
  • Jupyter Notebook.
  • Dependencies
    • Necessary
      • QuadGK
    • Optional
      • IJulia (used to show examples)
      • Gadfly (used to plot graphs in examples)

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Implementation of computationally-efficient physics-based mathematical models for a lithium ion battery management system.

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