← IBR Dynamics and Physics-Informed Learning

IBR Dynamics and Physics-Informed Learning

Multi-IBR Network Dynamics

T2 · Advanced topic · 4 modules

Connect device models through network constraints and study coupled disturbances.

Module framework available; full lessons, runnable experiments, and worked practice are in development.

Prerequisites and learning path

Device modeling, power flow, and small-signal stability.

Modules

  1. Shared-PCC Coupling

    Move from a single device to coupled branches at a shared connection point.

    Module outline

  2. Network Dynamics and the IEEE 9-Bus Case

    Assemble and initialize the corrected three-GFM system model.

    Module outline

  3. System Disturbances and Sensitivity

    Compare disturbance size, location, and physical parameter changes.

    Module outline

  4. Current Limits and Switching Dynamics

    Frame an advanced research study of limits, faults, and changing modes.

    Module outline

Course project

Analyze a declared disturbance in the three-GFM IEEE 9-bus case and explain network interactions.

Deliverables

  • Network, state ordering, and initialization documentation.
  • Load-disturbance and parameter-sensitivity experiments.
  • An interpretation of coupled responses and model limits.