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Tropical Cyclone Alfred is set to impact solar generation in Brisbane, Queensland and NSW, with irradiance levels dropping by up to 50%. Learn more about the forecasted disruptions.

Despite winter conditions, Eastern Europe saw exceptional solar generation, while storms over Greece, Turkey, and Western Europe disrupted PV output.

Solar generation across the British Isles was significantly impacted between 9-18 February 2025 due to persistent cloud cover. Ireland experienced its lowest irradiance in 18 years, while UK distribution networks saw decade-low PV output.

South America’s solar output surged in January, with irradiance 5-15% above average across most regions, while stormy weather led to localized declines.

Despite severe storms, solar irradiance was above average in the British Isles and Black Sea region, while Scandinavia and the Baltics saw major declines.

Evaluating PV Power models is essential to understand how your model processes data and considers PV Power losses. Here is a detailed guide to help you assess a forecast dataset.

Evaluating forecast irradiance data is essential in ensuring that you're using a reliable data to effectively design and operate your solar assets. Here is a detailed guide to help you assess a forecast dataset.

Evaluating Accuracy is essential when selecting a solar data provider, make sure you're completing the right level of validation for your needs, and find easy solutions to the challenges of data validation.

High pressure anomalies over the West Coast and Rockies brought solar gains but also worsened wildfire risks. Meanwhile, the Midwest saw solar boosts, while Canada and the Gulf Coast faced cloudier conditions.

Explore how Australia’s summer irradiance outperformed forecasts, as clear skies boosted solar potential and see insights into February’s updated outlook.

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