Schüco has expanded its recent warning letter about potential solar panel defects to include more products. The new list includes PV modules the company delivered between 2010 and 2014.
India’s Directorate General of Trade Remedies, an entity under the Ministry of Commerce and Industry, has terminated an anti-dumping probe into solar cells coming from China, Thailand, and Vietnam as domestic manufacturers withdraw the application.
Developer ReNew Power plans to have 2 GW of solar cell and module production capacity operational by September.
The Indian manufacturer has introduced 450 Wp mono PERC modules for rooftop installations. The modules feature 120 half-cut cells based on an M10 wafer and offer a power conversion efficiency of up to 21.28%.
A five-year Sandia Labs study on solar module degradation shows that 13 out of 23 tested module types have effective lifetimes exceeding 30 years.
GameChange Solar designed its new fixed-tilt racking system to maximize module density, with a ground coverage ratio of up to 98%. The systems costs $0.039/W in the United States and $0.029/W in other markets, for a typical 105 mph wind load.
A new report by Arthur D. Little presents an integrated blueprint for India to achieve its true potential in the power sector with a focus on renewables.
Radovan Kopecek, an expert on interdigitated back-contacted (IBC) tech, says that IBC solar panels could capture more than 50% of the global market by 2030, potentially pushing TOPCon products out of competition. He told pv magazine how this transition might materialize and discussed the tech advancements that could make it possible.
Longi has launched a series of modules featuring an all-new hybrid passivated back contact cell technology, with which it claims a maximum module efficiency of 22.8% in mass production. It will initially offer the modules in 54, 60, 66 and 72 cell formats, targeting rooftop and distributed generation applications.
US scientists recently put different bifacial solar cells and modules through a series of tests at elevated temperature, humidity, voltage and mechanical stress levels. The tests revealed a range of light-induced and potential-induced degradation mechanisms that modules will likely suffer in the field.
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