Researchers from the Australian Centre for Advanced Photovoltaics say ultra-low-cost solar could deliver 1,000 TWh annually for domestic use and 2,600 TWh for exports under Australia’s long-term energy transition scenarios.
Australia’s national science agency says AI-driven robots could reshape solar maintenance across large-scale PV projects after successfully trialing the cutting-edge technology.
Melbourne-based renewables developer Enervest has begun construction of a 500 kW floating solar array on a water storage reservoir in Warrnambool, Victoria, which it says will be Australia’s largest floating solar installation on completion.
Edify Energy will start construction proper of two massive solar and battery energy storage projects in Queensland, Australia, by mid-year after naming DT Infrastructure as its preferred engineering, procurement and construction (EPC) contractor.
Scientists from Australia’s Commonwealth Scientific and Industrial Research Organisation (CSIRO), RMIT University and the University of Melbourne have developed a quantum battery prototype that demonstrates rapid, scalable energy storage using collective quantum effects.
French renewables developer TE H2 has filed a government application seeking approval for a 2.7 GW solar farm and 6 GWh battery energy storage project to be built in Australia’s Northern Territory.
Australia has become one of the world’s most attractive destinations for hyperscale data centers, ranking among the top five to 10 markets globally by capacity. Drivers include large land availability in Renewable Energy Zones, renewable penetration exceeding 40% across the National Electricity Market (NEM), geopolitical stability, Five Eyes membership, and proximity to Asia-Pacific demand hubs.
An Australia-supported project will install rooftop solar, batteries and a minigrid upgrade for remote communities in Samoa currently reliant on diesel, kerosene and wood.
Australia could unlock about AUD 300 billion ($210.9 billion) in economic opportunity by advancing a pipeline of 70 clean industrial projects, according to a new briefing from two global industry alliances.
Researchers from Australian National University and Longi used photoluminescence imaging to analyze dopant distributions in RCz-grown silicon wafers doped with antimony, phosphorus, and gallium, finding highly uniform radial concentration profiles suitable for high-efficiency solar cells. The study also found that antimony-doped wafers provide more stable axial doping along the ingot, highlighting their potential for next-generation photovoltaic manufacturing.
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