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The PyPSA meets Earth initiative works on open modelling, open data, open source solver support and open communities for energy system planning. Many of the data, model, solver activities are neutral to the model framework, opening the door for collaboration also outside of the PyPSA space. The tools are developed and maintained by members of the multi-organizational PyPSA developer team https://pypsa.org/.

The https://pypsa.org/ team focuses on European activities while the PyPSA meets Earth initative focuses on activities outside of Europe.

Framework and Models for Energy System Modelling

PyPSA

A python software toolbox for simulating and optimising modern power systems.
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PyPSA-Eur

A sector-coupled open optimisation model of the European energy system
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PyPSA-Earth

A flexible open sector-coupled optimization model of the global energy system.
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Tauritron

An open-source web interface for running worldwide energy system planning studies.
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PyPSA-Distribution

Repository aimed at the optimization of sector-coupled distribution systems with high spatial and temporal resolution.
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PyPSA-Earth-Status

An online toolkit for running and exploring PyPSA-Eur sector-coupled senarios.
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Data for Energy System Modelling

Atlite

Convert weather data to energy systems data.
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Detect-Infra

A machine learning pipeline to detect infrastructure from satellite images.
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Powerplantmatching

A toolbox to combine multiple powerplant databases.
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Technology Data

A tool that compiles assumptions on energy system technologies.
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Open source solver interfaces and support

Linopy

Linear optimization interface for Python.
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HiGHS-campaign

We organised a campaign, collecting +500k$, to make the worlds-fastest open-source solver HiGHS ready for large energy planning problems.
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