It is now a well-established trend. After the switch to larger wafer sizes played out in 2019, this year has seen virtually all of the biggest PV manufacturers introduce new modules in dimensions above the 2-meter mark, and with power ratings in excess of 500 W – in some cases, as high as 800 W. As these modules begin to roll off production lines in larger quantities, it’s vital to take a look at the challenges and opportunities they bring to system design, installation, and long-term operation.
As of today, the dumb world of solar module tariffs is currently subjecting imported bifacial modules to a 20% penalty, the same tariff as almost all other crystalline silicon solar modules.
“As Congress looks to recover jobs and spur new economic activity that leads to job growth and consumer savings, they should prioritize extending and expanding the ITC for distributed clean energy,” CALSSA said.
A change is coming in 2021 U.S. clean energy policy — SEIA has a wish list for the new administration ranging from tariffs to public lands to the investment tax credit.
Executive jobs and job moves in solar, storage, cleantech, utilities and energy transition finance.
Oxford PV is currently building a manufacturing facility for its silicon perovskite tandem solar cells in Brandenburg an der Havel.
PV Infolink finds that global solar panel demand may increase by 15% next year — driven by the completion of projects that were delayed by the pandemic.
If you’re interested in some lightly-used MOCVD and PVD thin-film solar cell production equipment, have we got a deal for you.
New outdoor tests conducted at German research center the Fraunhofer ISE have shown that an increase in temperature affects the performance of a tandem perovskite/silicon solar cell not only because of voltage losses but also because of current mismatch between the two sub-cells.
1366 Technologies CEO Frank van Mierlo is a betting man and he’s betting your humble narrator that high-efficiency tandem solar cells are the near-term commercial future of solar.
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