A Python Project to model the operation of an off grid Solar Power System in order to define correct sizing information.
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Updated
May 27, 2021 - Python
A Python Project to model the operation of an off grid Solar Power System in order to define correct sizing information.
A community-maintained implementation of the pvfactors bifacial irradiance model
Dual axis solar tracking
Solar power production calculator from forecast data.
Townsend snow loss (via pvlib) + precipitation-aware soiling model using monthly climate inputs (manual-clean option); month-by-month results to support EPC yield estimates and O&M cleaning plans.
Deployment and a public backend URL will be available soon, as I am currently limited by hosting costs on services such as Railway, Docker, Kubernetes, and AWS
argos script (for gnome-shell) to show sunrise / sunset info and solar irradiance data (online or offline) using pvlib SPA_python for calculations, UV Index (current and day's max using offline calculations)
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