The government of Western Australia has released its South West Interconnected System Transmission Plan, in which phase one will unlock 2.6 GW of new renewable energy generation capacity.
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.
In the ultimate challenge for uneven ground mount solar, Sydney-based solar mounting experts S-Rack have been put to the test on unforgiving terrain in the mountainous South Australian Flinders Rangers, designing a 362 panel, 200 kW system.
Reaching net zero in Australia relies on the bush. That’s where the land, sun, wind and freshwater resources are. But as the clean energy build accelerates, some landholders are pushing back. Unfortunately, their legitimate worries have been magnified by media coverage and vested interests.
A National Renewable Energy Laboratory research team analysed n-type modules deployed at a 3 MW commercial PV project to assess a reported high degradation rate, finding ultraviolet-induced degradation was a major factor affecting the facility’s performance.
Western Australia’s Pilbara region could serve as a blueprint for the nation’s industrial decarbonisation with modelling showing a coordinated approach to the construction of energy infrastructure could save billions in costs and significantly reduce the land required.
Australian photoluminescence imaging specialist Lab360 Solar will look to make the leap from lab to market with its drone-based PV inspection technology after landing $3.96 million in federal government funding.
SunCable has confirmed its massive renewables and energy storage project planned for the Northern Territory could be operational before the end of the decade as part of a “pragmatic” rethink on initial priorities.
The Hunter-Central Coast Renewable Energy Zone has reached a new milestone with planning approval secured for network infrastructure upgrades that will enable an additional 1 GW of transfer capacity in that part of the grid.
The new products are available in nine versions with power output ranging from 620 W to 660 W and power conversion efficiency spanning from 23.0% to 24.4%. Canadian Solar said the panels have a carbon footprint of 285 kg CO₂eq/kW, which is reportedly one of the lowest among all silicon-based solar modules worldwide.
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