Engineers at Monash University in Melbourne have developed a new catalyst they say could bring zinc-air batteries “closer to real-world, grid-scale and transport uses.”
The share of renewables in Australia’s main electricity grid continues to reach new highs, delivering 77.9% of electricity demand on Sunday with solar power contributing more than 55% of the record-breaking clean energy mix.
A new collaborative study between six universities, including three in Australia have published breakthrough findings demonstrating how caesium bromide, can dramatically improve the efficiency of crystalline silicon solar cells.
Researchers at Victoria’s Monash University have developed a new carbon-based material they claim allows supercapacitors to store as much energy as traditional lead-acid batteries, while delivering power much faster than conventional batteries can manage.
Early results from a survey of Australia’s commercial and industrial solar industry reveal surging demand for battery energy storage systems and increasing service expectations.
Analysis of more than 6,000 rooftop PV connectors shows that tight wire bending radius, extra dirty connectors, and loose nuts are the most common failure causes.
Singapore researchers accelerated PV backsheet weathering to investigate flame spread behavior finding after six weeks, flame spread was 46% faster than on unweathered PV backsheets, saying current safety standards fail to account for long-term degradation.
Australia’s rooftop solar market continues to ease with the latest data from market intelligence outfit SunWiz revealing that national installation volumes dropped off by 12% in August compared to the previous month.
Renshine Solar says it has achieved a record 27.5% efficiency for a flexible all-perovskite cell and 23.0% on a 20.26 cm² panel.
Scientists from India have designed a novel electric vehicle system with a reported efficiency of 98.7%, using PV panels, a proton-exchange membrane fuel cell, battery storage and supercapacitor, with hopes to expand the concept to renewable-energy-based DC microgrids with vehicle-to-grid (V2G) capability.
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