BattMo Logo
  • Installation
  • Basic Usage
    • A First BattMo Model
      • Define Parameters
      • Run Simulation
      • Show the Dashboard
      • Explore the Output
      • Explore the Grid
      • Explore the States
      • Plot a Result
    • Change Control Parameters
    • Change Structural Parameters
    • Change Material Parameters
    • Notebooks
    • Next Steps
  • Tutorials
    • Tutorial 1 - Your First BattMo Model
      • Introduction
      • Define Parameters
      • Run Simulation
      • Show the Dashboard
      • Explore the Output
      • Explore the Grid
      • Explore the States
      • Plot a Result
    • Tutorial 2 - Change the Control Protocol
      • Introduction
      • Explore the Control Protocol
      • Setup and Run a Parameter Sweep
      • Summary
    • Tutorial 3 - Modify Structural Parameters
      • Introduction
      • Explore the Structural Parameters
      • Setup and Run a Parameter Sweep
      • Summary
    • Tutorial 4 - Modify Material Parameters
      • Introduction
      • Explore the Material Parameters
      • Make a Simple Change
      • Swap Active Materials
      • Summary
    • Tutorial 5 - Simulate CC-CV Cycling
      • Introduction
      • Explore the Control Definition
      • Summary
    • Tutorial 6 - Simulate Thermal Performance
      • Introduction
      • Setup material properties
      • Setup the geometry
      • Run the simulation
      • Visualisation of the results
      • Temperature distribution at final time
      • The external heat transfer coefficient
    • Tutorial 7 - A Simple P4D Simulation
      • Introduction
      • Visualize the Results
      • Compare with a P2D Simulation
      • Summary
    • Tutorial 8 - Simulate a Multilayer Pouch Cell
      • Introduction
      • Setup the model for inspection
      • Run the simulation
      • Visualize the Results
    • Tutorial 9 - Simulate a cylindrical cell
      • Introduction
      • Setup the model for inspection
      • Run the simulation
      • Visualize the Results
  • Intermediate Usage
    • Merging parameters
      • Setup a P4D Model using mergeJsonStructs
        • Define Parameters
        • Run Simulation
        • Visualize Results
      • File links and insertions with parseBattmoJson
    • The Battery Simulation Model
      • Initialisation of a battery simulation model
      • Inspection of the model
      • Computing and inspecting some standard static properties of the model
    • Control models
      • Json input control interface
      • Control model description
    • Solid Diffusion Models
    • Parameter sets
    • Units
      • Converting units in BattMo
      • Units and JSON input
    • Thermal Simulation
    • Optimization
      • Parameter identification example
      • Optimization example
    • Octave
  • Modeling with BattMo
    • Part1
      • Part I: Table of Contents
      • 1. Lithium-Ion Battery Basics
        • 1.1 Cell Components
        • 1.2 Working Principle
        • 1.3 Battery Properties
        • 1.4 Operational Protocols
      • 2. Modelling with BattMo
        • 2.1 P2D/P3D/P4D Models
        • 2.2 Influence of structural and material parameters on the capacity
        • 3. Summary
        • 4. References
    • Part2
      • Part II: Table of Contents
      • 1. DFN Model Overview
      • 2. Overpotentials and Voltage losses
        • Example 1. OCV curve and voltage loss at different C-rates
        • Example 2. Mass fraction of active material and binder in electrode
        • Example 3. Temperature
        • Example 4. Saturation concentration of the material
        • Example 5. Charge transfer coefficient, anodic and cathodic at the surface of the active particles: Butler-Volmer equation
        • Example 6. Reaction rate constant at the surface of the active particles: Butler-Volmer equation (exchange current density)
        • Example 7. Reference diffusion coefficient (Solid diffusion)
        • Example 8. Active particle radius (Solid diffusion)
        • Example 9. Electronic conductivity of the active material in the electrodes (effective electronic conductivity)
        • Example 10. Bruggeman coefficient in the electrodes (effective electronic conductivity)
        • Example 11. Bruggeman coefficient in the electrolyte (effective ionic conductivity)
        • Example 12. Initial electrolyte concentration (electrolyte diffusion)
        • Example 13. Transference number (electrolyte diffusion)
  • BattMo Model Architecture
  • JSON input specification
    • Simulation Schema
    • Material Parameters
      • Electrolyte
      • Electrode
      • Coating
      • Active Material
      • Interface
      • Solid Diffusion
      • Full Solid Diffusion
      • Binder
      • Conducting Additive
      • Current Collector
      • Separator
      • Thermal Model
    • Geometry Setup
    • Simulation Control Parameters
    • Time Stepping Parameters
    • Solver Parameters
    • Output Parameters
  • Battery Geometries
    • BatteryGeneratorP2D
    • BatteryGeneratorP3D
    • BatteryGeneratorP4D
    • SpiralBatteryGenerator
    • CoinCellBatteryGenerator
    • BatteryGeneratorMultilayerPouch
  • BattMo Julia bridge
    • Introduction
    • Start Server
    • Send simulation parameters
    • Run the simulation
    • Post process the output
  • Electrolyser simulation
    • Setup input
    • Setup model
    • Setup the initial condition
    • Setup the schedule with the time discretization
    • Setup the non-linear solver
    • Run the simulation
    • Visualize the results
    • pH distribution plot
  • Protonic Membrane
    • Protonic Membrane
      • Model overview
        • Governing equations
        • Boundary conditions
      • Load and parse input from given json files
      • Input structure setup
      • Model setup
      • Initial state setup
      • Schedule
      • Simulation
      • Plotting
      • Evolution of the Faradic efficiency
    • Gas Supply
      • Model overview
        • Governing equations
        • Boundary conditions
      • json input data
      • Input parameter setup
      • Model setup
      • Model Plot
      • Setup initial state
      • Schedule setup
      • Simulation
      • Result plots
    • Full Cell
      • Model coupling
      • json input data
      • Input parameter setup
      • Model setup
      • Grid plots
      • Setup initial state
      • Setup schedule
      • Setup nonlinear solver
      • Start simulation
      • plotting setup
      • Electrolyte results
      • Gas Layer results
      • Interface results
  • BattMoApp
    • Features
      • Utilize Default Materials
      • Customize with Your Own Materials
      • Visualize Your Battery Geometry
      • Download Input Data
      • Upload Input Data
      • Visualize and Download Results
      • Upload your previous results
    • Troubleshooting
      • Unnatural artifacts
        • Discritization issues
      • Unsuccessful simulation
        • Using LiFePO4 datasets
  • Computational Graph
    • A simple introduction example
    • Graph composition
    • Graph Setup and Implementation
  • See Also
    • MRST
      • Visualization Tutorial
      • Grid Factory Tutorial
    • FAIR Data
  • References
BattMo
  • Intermediate Usage
  • View page source

Intermediate Usage

Merging parameters

The Battery Simulation Model

Control models

Solid diffusion models

Parameter sets

Units

Thermal simulation

Optimisation

Octave Support

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