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Power Grid Model (power-grid-model and power-grid-model-io) is a high performance distribution grid calculation model. It has a C++ calculation core with a mature C-API and Python API. Currently, it supports the following calculations:
Symmetric and asymmetric power flow calculation with Newton-Raphson method, iterative current method and linear method
Symmetric and asymmetric state estimation with iterative linear method
Top Use Cases (max 3)
Short term real-time state estimation and forecasting
Long term grid planning
Congestion management
Latest release info (including link)
Power Grid Model uses rolling release. Every merge to the main branch will trigger the CI pipeline to build and publish a new version. See below the list of releases:
Changes requested
Technical Summary (max 100 words)
Power Grid Model (
power-grid-model
andpower-grid-model-io
) is a high performance distribution grid calculation model. It has a C++ calculation core with a mature C-API and Python API. Currently, it supports the following calculations:Top Use Cases (max 3)
Latest release info (including link)
Power Grid Model uses rolling release. Every merge to the
main
branch will trigger the CI pipeline to build and publish a new version. See below the list of releases:https://github.com/alliander-opensource/power-grid-model/releases
Link to architectural overview diagram
See below the link to the documentation including the architectural overview.
https://power-grid-model.readthedocs.io/en/stable/
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