The Swedish thin-film solar specialist produces 50 MW of modules at its Bari facility, using its proprietary DUO system for cell manufacturing. The company says it sources all materials from the EU and other countries in the global North.
Indian solar manufacturer Saatvik Green Energy has acquired an 80% stake in Jaipur-based Melcon Transformers and Electricals, expanding into power transmission equipment. The move strengthens its position in a segment closely tied to India’s growing renewable energy sector.
Scientists at Fraunhofer Institute for Solar Energy Systems ISE have created a film-based system that applies color patterns and cutouts to PV modules using the institute’s MorphoColor technology, enabling modules to imitate roof tiles, masonry, and facades with around 5% efficiency loss.
Solx’s Aurora hybrid module with Caelux’s perovskite glass aims to compete on performance beyond federal tax sunsets.
China’s solar industry has launched its first TOPCon-focused patent pool, led by Trina Solar, JA Solar, and JinkoSolar, to streamline licensing, reduce disputes, and strengthen IP coordination at home and abroad.
In the latest article of a new series on solar manufacturing facilities around the world, pv magazine presents Belga Solar’s solar manufacturing facility in Wallonia, Belgium.
A new report from the Netherlands Enterprise Agency (RVO) estimates that building façades could offer up to 36 GW of technical solar PV potential, representing a significant but largely untapped resource. However, high costs, regulatory complexity, and lower performance compared to rooftop systems limit widespread adoption, currently making façade PV a niche solution for specific building types.
Researchers in China have developed an evaluation framework to better assess fine-line silver pastes for TOPCon and LECO solar cells. The approach links laboratory characterization directly with production-line performance, addressing the limitations of conventional evaluation methods.
Researchers in the United States reviewed claims about PFAS in solar panels and found that while fluoropolymers may be used in limited components like backsheets or coatings, there is no confirmed evidence of PFAS leaching from commercially deployed modules. The study highlights widespread confusion between different PFAS types and emphasizes the need for clearer communication and transparency around fluoropolymer use in PV technologies.
Solx and Caelux said they will supply 3 GW of Solx Aurora modules, which combine domestic silicon cells from Suniva and a top layer of Caelux “Active Glass” to reach 28% efficiency, with commercial volumes available in the U.S. market by 2027.
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