Horizon Power has developed a solar hydrogen microgrid in Western Australia, including a custom control program for autonomous management of its subsystems in Denham, according to a new report produced in cooperation with the state government
JA Solar says it has incurred a $110 million net loss for the first half of 2024, due to rising competition in the solar market, continual price declines, lower gross profit from core operations, and significant provisions for inventory depreciation.
Gautam Solar team has developed a packaging pallet for solar panels that prevents panel breakage and the formation of microcracks during transportation.
The French authorities have identified Carbon and Holosolis solar factories as “projects of national interest,” ensuring streamlined administrative proceedings for their approvals.
Developed by researchers in China, the inverted perovskite device purportedly achieves the smallest nonradiative recombination-induced open-circuit voltage loss reported to date. It uses a synergistic bimolecular interlayer to functionalize the perovskite interface.
Researchers at the University of New South Wales (UNSW) plan to develop a redesigned PV module for easier recycling, with AUD 5 million ($3.4 million) in federal government funding to help transform Australia’s solar panel recycling industry.
Market intelligence platform TrendForce says 210 mm n-type technology is “set to spearhead a new industrial revolution.” It expects 210mm modules to account for 78.29% of the large-format module market this year, increasing to 82.51% by 2027.
Researchers in Spain have investigated the potential of using photovoltaic (PV) or photovoltaic-thermal (PVT) systems in microbreweries and have found that PVT systems can cover more energy demand but have a longer payback time.
ClearVue Technologies, an Australian smart-window tech manufacturer, has secured a repeat order from the United States.
An international team of researchers have demonstrated how to speed up the research and development of scalable, high-performing organic solar cells by using an automated, high-throughput platform. It relies on digital twin technology and roll-to-roll (R2R) printing in a closed-loop system.
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