pv magazine has learned that five solar-related fires in Germany and Austria occurred in late September. Photographs show that two of the blazes were likely caused by residential batteries manufactured by LG.
A fire occurred broke out this week at a layer poultry farm in Volpago del Montello, Italy. The blaze, which killed more than 20,000 birds, reportedly may have originated from a PV system on the premises.
A fire broke out on Monday at the 110 MW Beryl Solar Farm in New South Wales, Australia, causing damages that are still being assessed. Emergency services were able to quickly bring the blaze under control and the unaffected areas of the solar farm are now back online.
Firefighters were able to extinguish a fire that broke out on Aug. 1 in the transformation center of the Ekian solar park in Álava, Spain.
The fire affected an area of around 5,000 square meters but did not damage the solar panels. The local fire brigade was able to control the fire in around two hours.
Fire crews in Chandler, Arizona, sent robots into a building at the Salt River Project where a 10 MW battery was smoldering.
Nearly a month after the fire occurred at the O’Mega 1 floating power plant in Piolenc, Akuo has drawn the first conclusions from the incident. pv magazine was able to visit the site to observe the damage, gather lessons, and see the arrangements put in place by the site managers.
Compiled by an international research group, the best practices were collected from all available guidelines published by national agencies, regulatory bodies, and trade associations.
The lawsuit stems from a 2019 whistleblower complaint alleging that the company failed to properly notify its shareholders, customers and the public of fire risks associated with solar panel system defects over the course of several years.
Scientists have developed a new model based on fault tree analysis to evaluate the frequency of fires caused by rooftop PV systems and assess system safety and reliability. They claim that the new tool has the potential to identify fault linkages in systems, highlight failure patterns before they arise, and compare multiple designs for safety.
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