The Power Systems library provides a unified environment for modeling DC, single-phase and multi-phase AC networks across different levels of detail—from simple active-power balances to detailed transient and asymmetric analyses. Its replaceable phase-system concept allows the same components to operate in quasi-static, dq0 or time-domain formulations, enabling consistent studies of power flow, stability and dynamic control. The library supports applications ranging from frequency and voltage control to virtual power plants, HVDC links and renewable-energy integration—making it a versatile foundation for modern smart-grid and power-system research.
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Features
- Unified framework for DC, single-phase and multi-phase AC systems using replaceable phase-system definitions.
- Configurable modeling detail—from steady-state power flow to full transient and asymmetric three-phase simulations.
- Supports dq0 transformations and quasi-static formulations for efficient system-level studies.
- Includes comprehensive component sets for lines, transformers, generators, exciters, governors and semiconductors.
- Provides mechanical coupling models (e.g. turbines, gears and rotors) for integrated electro-mechanical simulations.
- Enables analysis of frequency and voltage control, virtual power plants and renewable integration scenarios.
- Possible to combine with any other Modelica models, including the Modelica Standard Library.
Learning Resources
Details
Producer
Price
Free
Version
2.0.0
Size
<5MB
Dependency
Modelica Standard Library 4.0.0
WSM Compatibility
14.3
License