US researchers have developed a thin-film organic solar module on a vapor-deposited releasable substrate made of parylene. The device could be used as a wearable fabric, or to bring solar generation to remote locations.
Chinese scientists have used daminozide as an interlayer and additive to make a perovskite solar cell with a p-i-n structure. It has the highest efficiency and highest fill factor for a polycrystalline, MAPbI 3-based inverted perovskite solar cell to date.
Adani Solar revealed a monocrystalline silicon ingot this week at the Intersolar India 2022 expo. It produced the ingot at its Mundra facility in the Indian state of Gujarat.
The Commonwealth Scientific and Industrial Research Organisation (CSIRO) has urged the Australian government to develop a domestic solar manufacturing industry. A new report warns that the high concentration of global silicon and PV cell supply chains pose real risks to the national energy security.
Norwegian researchers have published a new study showing that the space between solar panels and rooftop surfaces might play a critical role in contributing to PV system fires.
Vins Raïmat has built a 30 kW vertical solar installation as part of a 300 kW PV system at its winery in the Catalonian town of Raïmat, Spain. It protects the wine tubs from the sun while also reducing their energy consumption.
Iranian researchers have looked at how ultrasonic thermoelectric generators could be used to lower the operating temperature of solar modules. Their new system can generate cold steam via ultrasonic piezoelectrics in a simple batch system.
Analysts have studied lab-to-market pathways for clean energy technologies, including First Solar’s cadmium-telluride thin-film solar modules.
China’s Trina Solar has developed an upgraded version of its Vertex S All Black PV module, with about 30 W of additional output. It is offering the new product on the Australian market.
Danish researchers have built a selenium solar cell with the highest open-circuit voltage ever reported. They said that with further improvements in the optoelectronic quality of selenium, the device could reach an efficiency of up to 8%.
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