Modules & Upstream Manufacturing

But Israeli inverter company Solaredge and Indian engineering, procurement and construction services provider Sterling and Wilson have both offered hope of a recovery in Europe as Chinese glass producer Xinyi said it kept the furnaces going throughout the worst of the pandemic.

The Jaguar series, with 20.81% efficiency and 445 W of maximum output, may be a solution for installations with space constraints. The panels are based on a special cell design, which Recom describes as an evolution of the half-cut cell concept.

The Japanese electronics giant said a partnership with GS-Solar will not materialize and it will continue producing its modules in Japan and Malaysia while seeking other cooperation opportunities.

pv magazine editor Pilar Sánchez Molina recollects everyday news from the PV sector of ten years ago as part of a new series. The insights offered will not only bring back memories for the pioneers of that exciting, challenging period but may also offer an idea of where we could be in 2030.

Rudolf Staudigl highlighted polysilicon manufacturing overcapacity among Chinese competitors as he announced Covid-19-battered second-quarter figures for the Munich-based chemicals conglomerate.

The Norwegian company mothballed its Washington State facility more than a year ago and is now reliant on semiconductor-grade poly and silane gas produced at its fab in Butte, Montana – a facility for which the business says it has received plenty of interest from potential purchasers.

Two solar glass makers kicked off the week with new deals and solid earnings reports while the Chinese government revealed it may issue bonds to fund clean energy incentives.

Swiss startup Insolight has raised €4.6 million to bring its concentrating PV module technology to commercial production. The panels have a claimed efficiency of 30% and power output of 160 W. Originally conceived for rootop solar, the product is now being recommended as an interesting option for agrivoltaic projects.

The Chinese manufacturer has completed the first, 1.5 GW phase of a 10 GW expansion plan. It will deploy another 4 GW phase by the end of this year at two new facilities in China’s Jiangsu province.

The mechanisms behind light-elevated temperature-induced degradation are still not fully understood, but it is known to cause significant performance losses for modules in the field. Scientists in China are investigating the causes of the phenomenon, and are currently focused on the surface of the materials and the interfaces between the silicon and passivation layers.