cpalazzi/pypsa-earth-mauritius-kestrel

PyPSA-Earth Mauritius energy system model setup # Mauritius energy network model The Mauritius electricity component of the `mu-star` infrastructure risk workflow. It measures how much demand goes unserved when existing energy assets are damaged or taken out of service. This is an operational model of a fixed set of assets. ## Two models in this repo Two separate models sit side by side: the development workflow for the mu-star energy component, and PyPSA-Earth for reference. **Interruption model (primary)** — the mu-star `energy` component: code in `src/mu_star_energy/`, notebooks in `notebooks/00-data-review/`, `01-build-network/` and `02-interruption-analysis/`. Runs a provided system and tests asset outages: ```text source evidence -> prepared inputs -> PyPSA network -> outage cases -> unserved energy ``` The standard call is: ```python result = EnergyModel().simulate(network, disruptions) ``` **PyPSA-Earth reference** — code in `pypsa-earth/`, notebooks in `notebooks/pypsa-earth-analysis/`. An open-data build used for renewable profiles, GEGIS demand and capacity-expansion comparisons. It is not the CEB asset record and does not feed the interruption model. ## Repository layout The energy interruption model (the deliverable) and a vendored PyPSA-Earth reference sit side by side. Everything at the top level belongs to the energy model except `pypsa-earth/`, `arc/` and `references/`. ```text # Energy interruption model — delivered to mu-star as the `energy` component ├── src/mu_star_energy/ # Model code ├── config/ # Model settings (energy.yaml) and damage curves ├── workflow/ # Snakemake preparation/run rules ├── data/ # Model data: 0-incoming -> 1-processed -> 2-out ├── tests/ ├── notebooks/ │ ├── 00-data-review/ │ ├── 01-build-network/ │ └── 02-interruption-analysis/ # PyPSA-Earth reference — with its own config/data inside ├── pypsa-earth/ # Vendored PyPSA-Earth code and outputs ├── arc/ # Scripts to …