Ireland’s solar capacity has almost doubled in the space of one year, largely driven by utility-scale projects of 5 MW or more. In 2023, the country had 349 MW of utility-scale solar across seven projects, but this has since increased to 594 MW across 13 installations.
Researchers from Iraq have used computational fluid dynamics to simulate the operation of a 100 W panel with ground cooling. The proposed technique was reportedly able to reduce panel temperature by up to 28%, with power generation increasing by up to 6.5%.
An international research group has sought to build for the first time a perovskite solar cell with the help of ChatGPT. The experiment helped the scientists identify a series of materials for the cell composition and the results were cells with a higher power conversion efficiency compared to that of reference cells built without the material proposed by the large language model.
The solar cell was treated with multi-elemental alloying, which reportedly helped eliminate defects in the kesterite absorber, thus increasing cell efficiency. China’s National PV Industry Measurement and Testing Center confimed the results.
Larsen & Toubro (L&T) has secured a contract to build a 185 MW grid-connected solar project and a 254 MWh battery energy storage system (BESS) in Bihar, India.
A Bangladeshi-Chinese joint venture plans to build a 100 MW “semi-agrivoltaic” project in Madarganj, Bangladesh. The facility will produce green chilies, turmeric, and ginger.
Two pilot projects are integrating PV into noise barriers, one alongside a railway near Vilnius, and the other along the national E5 highway connecting the cities of Kaunas and Vilnius.
Australia’s first national Capacity Investment Scheme auction has been inundated with expressions of interest, with the federal government revealing that investors have tabled 40 GW of new renewable energy generation projects such as wind and solar.
Xing Mobility has released its Immersi XE50 battery system designed for both renewable energy applications and commercial and residential uses. The Taiwan-based company says its solution is capable of reaching up to 1500V.
Wavelabs, a German testing equipment manufacturer. unveiled a new solar simulator suitable for perovskite and thin film mini-modules.
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