Energy storage specialist Powin has launched Pod Max, a 6.26 MWh containerised lithium-ferro-phosphate battery system that delivers 25% more energy density than its standard 5 MWh product. The liquid-cooled unit targets grid-scale applications.
United States scientists have combined quantum computing with model predictive control to manage the energy of two solar-equipped university buildings in New York.
The new products are available in seven versions with power output ranging from 630 W to 660 W and power conversion efficiency spanning from 23.3% to 24.4%.
Researchers from the University of New South Wales have teamed with international colleagues to develop a metallisation technique for TOPCon solar cells that can reportedly reduce silver usage in the devices’ rear side by 85%.
Longi has developed the Hi-MO S10, a residential heterojunction (HJT) back-contact solar module with 25% efficiency, combining 27.6%-efficient cells with up to 510 W output and 252.3 W/m² power density.
Ten large-scale solar, wind, and battery projects have been given the green light to connect to the electricity grid in the Central West Orana Renewable Energy Zone as the New South Wales government continues to progress the REZ to reality.
Western Australia-based Carnegie Clean Energy has inked an agreement that will see it explore the development of its wave power generation technology in waters off the coast of southcentral Alaska.
AGL’s 500 MW / 1,000 MWh Liddell battery energy storage system is taking shape with the recent installation of the first of more than of 1,500 battery units planned for the project site in the New South Wales Hunter Valley.
Tasmanian shipbuilder Incat has marked a significant milestone in global shipbuilding with the launch of the world’s largest 100% electric ship.
New research from the University of New South Wales have found that the Special Injected Metallisation (JSIM) technique developed by Chinese manufacturer Jolywood can considerably increase TOPCon solar cell efficiency. The scientists described precisely how laser-assisted firing enhances cell performance, reportedly filling critical gaps in industrial TOPCon cell optimisation.
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