Newcastle based clean-tech company Allegro Energy has secured $1.85 million in federal government funding to help bring its redox flow battery technology to mass production.
Radovan Kopecek, an expert on back-contacted (BC) solar cell and module technologies, spoke with pv magazine about BC manufacturing costs, efficiency and technical challenges. He believes that global BC solar module manufacturing capacity could reach 1 TW by 2030, potentially making BC products the industry’s mainstream technology. Kopecek added that 2028 will be a crucial year for its development, as most of the critical patents associated with this module tech will expire.
The system features an innovative split design breaking away from the industry standard 20-foot container. It is configurable for storage durations of two to eight hours.
Extraterrestrial Power has developed a space-grade solar cell thin enough to be mass produced like terrestrial solar cells, and which it estimates to be ten times more affordable than current space solar cells.
About 400 kilometres northwest of Sydney, just south of Dubbo, lies a large and interesting body of rock formed around 215 million years ago by erupting volcanoes.
Hydrogen fuel cell innovation company Siltrax has partnered with experts at the University of New South Wales hydrogen lab to validate its silicon-based bipolar plate technology.
Vast Renewables has successfully completed large-scale testing of a concentrated solar thermal power receiver tower destined to be deployed as part of a 30 MW / 288 MWh solar and energy storage project planned for South Australia.
A roadmap for bidirectional electric vehicle charging in Australia, released by ARENA in partnership with RACE for 2030, is set to play a key role in guiding policy and initiatives for the widespread commercialisation of vehicle-to-grid technologies.
Developed by a research team including experts from West Australia-based specialist Clearvue, the new PV windows were also able to reduce water usage in a greenhouse by 29%. The group believes that a fully glazed solar greenhouse could offset up to 100% of the energy consumption in worldwide locations by using adaptable and efficient temperature control techniques.
N-ink, a spinoff of the Linköping University, has developed conductive inks that can be used in the charge extracting layer of organic solar cells and in transport layers of perovskite solar cells.
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