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GTIF-AT SC forecast solar potential.md

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GTIF Capability Short-term forecast solar/photovoltaic potential Austria
Service Owner and Provider(s) GeoSphere (owner and provider core algorithm), Contact: Stephan Schneider, Marc Olefs; EOX (provider of hosting platform & support in front end), Contact: Daniel Santillan
Abstract Description High-resolution short-term forecast of the solar potential, providing the exact and, above all, daily up to hourly data on solar potential.
Stakeholder(s) Austrian Ministry of Research and Education (BMBWF), operators of energy networks, operators of wind parks, general public (owners of photovoltaic systems and electric cars)
Point of Contact (POC) TBC, BMBWF
Expectations Open Government nowcasting services; Improvement of planning in energy management, grid stability, heat pumps, e-mobility.
Input Data Earth observation derived meteorological forecast data (AROME), VHR-DSM; Solar algorithm is based on the BEAM GRID model calculating ground-level radiation intensity and sunshine duration with 100m spatial resolution. The service integrates a high-resolution digital surface model and considers close-up shading effects.
Pre-processing Wherever offered and useful, preprocessing and feeding of the input data are implemented by calling OpenEO services.
Run-time STRAHLGRID model, integration SNOWGRID & WRF-Chem; Algorithm deployed as container on GTIF/EOxHub and elastic cloud. Infrastructure: Python, Docker, Kubernetes, EOxHub, STAC, eodash, OTC.
Output Information Product

Daily forecast time series (NetCDF)

GTIF legacy None
Service outlet, API and/or GUI functions API: openEO (access via subscription, paid); WebUI: interactive dashboard (eodash) – public
Long-term perspective (governance, sustained operations, funding) TBC: Inclusion in Geosphere Austria’s Performance Agreement (Leistungsvereinbarung) with the responsible Austrian ministerial department (BMBWF) from 2026 onwards to be provided and maintained as operationally funded capability.
Deviations/ Reservations None
Potential Problems and Identified Solutions None