Danish renewables major European Energy has secured development approval for its plans to build the 1.1 GW Upper Calliope Solar Farm in central Queensland, Australia.
Zambia National Energy Corp. Ltd. (ZNEC) has launched a tender to deploy solar plants and battery energy storage systems (BESS) in the country’s 156 constituencies under a national electrification initiative.
T1 Energy has signed a three-year deal to supply a minimum of 900 MW of US-made modules while scaling its Austin cell fab to 5 GW annual capacity.
Neoen Australia has launched construction of its third big battery in less than 90 days, helping accelerate Australia’s energy transition with 20 GW of utility-scale solar, wind, gas, batteries and pumped hydro now either commissioning or under construction.
National University of Singapore scientists claim that vapor-deposited perovskite-silicon tandem solar cells built on industrial silicon wafers achieve both high efficiency and long-term thermal stability, addressing a central barrier to commercial deployment.
The Chinese manufacturer said its 2-terminal 34.76%-efficient perovskite-silicon tandem lab-scale cell is based on heterojunction technology and developed by a collaboration of Solarlab Aiko Europe, Aiko headquarters, and its R&D in Yuwi, China.
Researchers in Norway investigated the melting behavior of silicon kerf agglomerates under different atmospheres and temperatures to improve recycling for solar-grade silicon. They found that vacuum melting enhances deoxidation and produces a homogeneous, oxide-free melt, while agglomerate size has little effect on melting behavior.
Glare from a nearby solar park forced temporary runway closures at Amsterdam Airport Schiphol, prompting Dutch authorities to order the removal of about 78,000 PV modules and apply anti-reflective film to others. The solar park operator, however, decided to replace all the panels. The largest portion of the removed, near-new modules have since been acquired by BM Energy and are expected to be redeployed in projects where glare is not a concern.
Scientists have simulated a solar-powered hydrogen production system comprising 32,050 photovoltaic panels, a pumping system, a seawater reverse-osmosis desalination unit, an electrolyzer, and a hydrogen storage tank. Operation of the system in Oman could potentially yield a levelized cost of electricity of $0.05/kWh and a levelized cost of hydrogen of $9.5/kg.
BloombergNEF (BNEF) projects a slight year-on-year dip in global solar additions in 2026 as China’s growth eases, even as installations elsewhere continue to rise.
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