Source: Solcast API, Solar Assets from Global Solar Power Tracker, Global Energy Monitor, Bankability Site Data from DNV
*Private site locations are approximated to another location in the same region and climate zone
You're in good company
On top of our sophisticated solar modelling, Solcast's accurate data has elevated what we already have and allowed us to expand to new geographies.
Forecasts are crucial in optimizing renewable power plants with predictive controls. Solcast’s forecasts, and the resulting decisions we make with them, are front and center for our operators.
Adding Solcast's weather data in our hydrogen storage systems improved our control strategy that responds well to weather patterns.
Cloud Cover
Detailed global satellite observations that capture cloud cover with precision
We model local cloud cover using 1-2km grid, downscaled to 90 metre resolution to model aerosols, irradiance and terrain effects for a more precise and accurate global snapshot of historic solar irradiance.
Validation
Dataset supported by independent global validation
The data has low uncertainty and a quantified error range, making the data suitable for resource assessment, yield analysis, financial modelling, and any application requiring precision irradiance data.
Data Access
Access via API or Solcast web Toolkit
Ready to integrate solar API directly into your systems via json or csv. API uptime of 99.9% with very low latency.
Bulk extract data using the Solcast API Toolkit.
Integration
Direct integration with major PV simulation software
Full suite of weather data from leading reanalysis datasets completes the collection of 20+ parameters available.
Data coverage from 2007 to 7 days ago, from hourly to 5 minute resolution.
Data available in formats ready to import into PVsyst, SAM, PV*Sol, PlantPredict, Helioscope, + more.
Historic Data Products
Time Series
The complete suite of irradiance and weather data required for effective monitoring, operation, and forecasting at your large-scale solar farm.
Typical Meteorological Year (TMY)
The complete suite of irradiance and weather data required for effective monitoring, operation, and forecasting at your large-scale solar farm
