In a new weekly update for PV -MagazineSolcast, a DNV company, reports that February saw a stark contrast in solar conditions throughout Europe, with eastern regions that benefit from strong irradiation, while Western and southern areas are disappointing due to storms and persistent cloud coverings.
February saw a stark contrast in solar conditions in Europe, with Eastern regions that benefit from strong irradiation, while Western and southern areas were setbacks due to storms and persistent cloud cover, according to analysis using the analysis Solcast API. High pressure over Eastern Europe marked clear skies and an elevated PV generation, while Storm Coral and a series of Atlantic low pressure systems reduced the irradiation in the Mediterranean Sea and parts of Western Europe.
Solar radiation in Eastern Europe was considerably above average, especially in Ukraine, Romania, Hungary, Slovakia and South Poles. With radiation levels up to a third higher than normal, rises from the typical 1.7 kWh/day to around 2.3 kWh/day, these regions
Experienced unusually clear conditions ideal for generating PV. The primary driver was a dominant high-pressure system that settled in Eastern Europe and Scandinavia, limiting cloud covering and promoting stable, sunny conditions. However, the long -term dry weather has also worsened the drying conditions, especially in Ukraine. While southern Norway and Sweden also saw above-average irradiation, their northern latitudes meant that the total PV production remained low despite the clear circumstances.
Greece and Turkey, on the other hand, were dealing with disruptions for the generation of solar energy due to Storm Coral, which started on 18 February. Development of Turkey, the storm generated a strong cold front that wiped over Greece and the Mediterranean before he went to the south to Israel. This
System brought unusual snowfall to Greece, Cyprus, Turkey and Israel, which led to snow panels on solar panels and a temporary reduction in output. In addition, an extensive cloud covering associated with the storm further suppressed the solar radiation, which led to monthly radiation mirrors of more than 20% below average in parts of Greece.
Parts of Western Europe, including the British Islands, Portugal and Italy, experienced underpound solar conditions due to a series of Atlantic low pressure systems. The radiation was 5-15% below normal in these regions, as cloud covering and fluid loaded frontal
Systems repeatedly came from the ocean. A stronger than usual jet stream over the Atlantic Ocean has further fueled these weather patterns, which enhances the persistently cloudy circumstances that the PV production limited.
Dissolved Produces these figures by following clouds and aerosols with a resolution of 1-2 km worldwide, with the help of satellite data and own Ai/ml -algorithms. This data is used to stimulate radiation models, so Solcast is able to calculate the radiation at high resolution, with a typical distortion of less than 2%, and also cloud-tracking predictions. This data is used by more than 300 companies that manage more than 150 GW of solar assets worldwide.
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