With demand across European markets, and market segments, surging, supply of key components is tight. Longi has product and is ready to ship, according to Gulnara Abdullina, vice president Europe for Longi Solar, who reports that while some projects may be postponed, plans are not being shelved.
Fraunhofer ISE have improved the performance of a cell structure originally developed by France’s Soitec in 2014. The German scientists managed to reduce resistance losses and the reflection on the cell front side.
Ciel et Terre has unveiled a new rough-water floater and another rigid platform that maximizes the number of solar panels per square meter.
Wood Mackenzie says Europe would need to dramatically raise its PV production capability to ensure the 420 GW-plus of new solar it wants this decade does not arrive in the form of Asian panels.
Trina Solar will eventually start selling TOPCon and heterojunction products, even though it built its first large-scale TOPCon project four years ago. The company says it is now making progress on TOPCon module production, despite supply chain issues.
JinkoSolar has scored a 200 MW PV panel order in northern China, GCL Technology’s biggest shareholder has purchased more shares, and the Chinese government has set new rules for floating PV.
India’s National Company Law Tribunal (NCLT) has approved Waaree’s acquisition of Indosolar, in a deal that will expand its planned PV cell production capacity from 4 GW to 5.4 GW, while complementing its upcoming foray into module manufacturing.
An international team of researchers have published a review of all factors affecting PV module performance. They looked at mainstream crystalline silicon technology, thin-film solar, perovskites, and organic solar cells, and offered insight on reliability, quality and testing standards.
An international group of scientists has used bulk passivation and surface passivation techniques to implement terbium doping in an all-inorganic perovskite solar cell, while using quantum dots to improve the stability of the perovskite itself.
Sharp’s new 375 W solar panels feature multi-wire technology, with a power conversion efficiency of 20.4%.
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