Tata Steel and Swansea University are researching applications for perovskite solar cells to be integrated with steel in building structures.
The National Renewable Energy Laboratory developed a tandem perovskite solar cell that tackles problems with stability and boosts efficiency.
The development of a set of testing protocols for perovskite solar cells intended for use outside Earth’s atmosphere could lead to the devices being installed permanently, and even manufactured, on the moon.
MIT and Stanford researchers are employing artificial intelligence to test perovskites in pursuit of a commercially viable PV cell manufacturing process.
The use of phosphorene nanoribbons boosted the cell, putting it on par with traditional silicon cell output levels.
The differential physics-based software simulates how the change in a given input can change the cell’s power output, potentially paving the way for faster improvements in PV efficiency.
Oxford PV is currently building a manufacturing facility for its silicon perovskite tandem solar cells in Brandenburg an der Havel.
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.
Also in the morning brief: Arizona mandatory solar panel recycling bill, Sumitomo invests $46 million in long-term energy storage from Highview Power, and more.
Solar module manufacturers should begin testing new technologies in higher-value niche markets, say scientists at the U.S. institution. For example, bringing perovskite technology directly to the mainstream market remains prohibitive in terms of initial investment but segments such as building-integrated PV or microelectronics may offer better routes to commercial maturity.
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