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BattMo.jl

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Battery models

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Temperature dependence

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Simulation dependent input parameters

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Tutorial 1 - Useful tools

Tutorial 2 - Run a simulation

Tutorial 3 - Handle outputs

Tutorial 4 - Select a model

Tutorial 5 - Create parameter sets

Tutorial 6 - Handle cell parameters

Tutorial 7 - Handle cycling protocol

Tutorial 8 - Compute cell KPIs

Tutorial 9 - Run a parameter sweep

Tutorial 10 - Handle grid and time resolution

Tutorial 11 - Handle solver settings

Advanced examples

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Arrhenius implementation

High level API

Contribute to BattMo.jl

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Getting started

Battery models

Lithium ion model

Sodium ion model

Sub-models

Overview

Geometries

Ramp up

SEI

Temperature dependence

Public API

Input terminology

Simulation dependent input parameters

Functions and types

Tutorials

Tutorial 1 - Useful tools

Tutorial 2 - Run a simulation

Tutorial 3 - Handle outputs

Tutorial 4 - Select a model

Tutorial 5 - Create parameter sets

Tutorial 6 - Handle cell parameters

Tutorial 7 - Handle cycling protocol

Tutorial 8 - Compute cell KPIs

Tutorial 9 - Run a parameter sweep

Tutorial 10 - Handle grid and time resolution

Tutorial 11 - Handle solver settings

Examples

Advanced examples

Cycle example

1D plotting

Drive cycle example

3D Pouch example

3D cylindrical

Calibration example

SEI layer growth

DFN sodiun ion

Headless UI

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Validation notebooks

Arrhenius implementation

API Documentation

High level API

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Contribute to BattMo.jl

Jutul

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PyBattMo

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Grid parameters

A description on how the grid parameters are structured.

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Grid parameters ​

Grid parameters