VeraGrid
  • πŸ’½ Installation
  • πŸ“Š User interface
  • πŸ“‘ VeraGrid scripting guide
  • πŸ”Ž Grid analysis
  • 🌁 Structure of VeraGrid
  • πŸ“ Grid Modelling
  • πŸͺ² Model debugging
  • πŸ’Ύ File loading and saving
  • 🌡 Topology
  • 🎳 Clustering
  • πŸ‘Ύ Grid Reduction
  • πŸ•ΈοΈ Procedural Grid Expansion
  • πŸ”₯ Power flow
  • πŸ“ Linear analysis
  • 🏁 Optimal power flow
  • ⚑ Short-Circuit
  • 🎲 Stochastic power flow
  • ➿ Continuation power flow
  • 🌘 Sigma analysis
  • β˜€οΈ Solar power wizard
  • πŸ’₯ Contingency analysis
  • 🏦 Investment optimization
  • 🎒 Cascading
  • 🚒 Net transfer capacity optimization
  • 🏭 Nodal hosting capacity
  • 🚧 Reliability
  • πŸŒ€ State estimation
  • 🧲 Dynamic simulations
    • ⏱️ RMS simulations
    • πŸ”¬ EMT simulations
    • πŸ“š Dynamic model library
      • Authoring models
      • Device templates
        • RMS device templates
        • EMT device templates
      • Reusable blocks and logic
    • Why dynamic simulations are different from static simulations
    • RMS and EMT
    • DAE formulation
    • From blocks to equations in VeraGrid
    • Symbolic-numeric approach
    • Dynamic blocks in VeraGrid
    • Initialization
    • Initialization references
    • Solvers and integration methods
    • Events and simulation scenarios
    • Settings
    • Results
    • API workflow overview
    • RMS example from scripting
    • EMT example from scripting
    • Working with templates and model editors
    • Importing dynamic models from external tools
    • Benchmarks and validation
    • Best practices
    • Common pitfalls
    • References
  • πŸ’» Development
  • 🧩 Plugins
  • πŸ“œ License
  • Data Models
  • VeraGrid
VeraGrid
  • 🧲 Dynamic simulations
  • πŸ“š Dynamic model library
  • EMT device templates
  • View page source

EMT device templates

These templates model devices in the electromagnetic-transient domain. Select a template to inspect its purpose, equations, parameters, initialization, and phase-domain interfaces.

  • Bergeron line
  • BESS
  • Complete generator
  • Converter
  • DC line
  • DC load
  • Double cage induction motor
  • Exciter
  • Exponential load
  • EMT fault
  • Full pseudo converter
  • Governor
  • Ideal converter
  • J. MartΓ­ frequency-dependent EMT line
  • PI line
  • PV plant grid following
  • Sauer-Pai generator
  • Shunt C
  • Shunt L
  • Shunt R
  • Single cage induction motor
  • Stabilizer
  • Switched converter
  • Thevenin generator
  • Transformer
  • VSC Grid-Forming (GFM)
  • XFMR
  • ZIP load
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© Copyright 2025, Santiago PeΓ±ate Vera et. al..

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