Open-source models using PyPSA

This section provides examples of open-source models using PyPSA:

• European energy system model PyPSA-Eur, maintained by pypsa.org

• German energy system model PyPSA-DE, maintained by pypsa.org

• Global energy system model PyPSA-Earth, maintained by pypsa-meets-earth

• United States energy system model PyPSA-USA, maintained by Stanford University

• Chinese power and heat sector-coupling model PyPSA-China-PIK, maintained by PIK based on a previous version

• Australian capacity expansion model ISPyPSA, maintained by CEEM University of New South Wales

• South-African electricity model PyPSA-RSA, maintained by Meridian Economics based on a previous version PyPSA-ZA

• Vietnamese electricity model PyPSA-VN, developed by FIAS

• Polish power system model PyPSA-PL, developed by Instrat.pl

• United Kingdom power system model PyPSA-UK, maintained by Ember

• Great Britain power system model PyPSA-GB, maintained by the University of Edinburgh

• Great Britain power system model PyPSA-FES, maintained by Octopus Energy’s Centre for Net Zero.

• Spanish energy system model PyPSA-Spain, maintained by Polytechnic University of Madrid

• Central and Eastern Europe power system model PyPSA-CEE, maintained by Ember

• Brazilian power system model PyPSA-Brazil from this paper, developed by the German Aerospace Center (DLR)

• ASEAN power system model TZ-APG, maintained by TransitionZero

• South Korean energy system model PyPSA-KR, developed by Korea University

• Japanese power system model

• New Zealand energy system model PyPSA-NZ, developed by Leon Schumm

• Build your own global zero emission scenario model.energy, maintained by pypsa.org

• Define your own sector-coupled European scenarios model.energy/scenarios, maintained by pypsa.org

• Build your own green energy import supply chain model.energy/products, maintained by pypsa.org

• See how the future German energy system might operate with today’s weather model.energy/future

• Transport of chemical energy carriers to Germany TRACE

• Transmission grid optimisation eTraGo

• Distribution grid optimisation dDisGo

• Chinese model for hydro power and storage

• Rural district heating networks in Germany with piecewised linearised cost functions