AEMO forecasts potential reliability gaps as early as 2026-27 in South Australia and 2027-28 in New South Wales, based on current committed and anticipated projects, but new investment would narrow the risks.
Victorian network company AusNet has launched a new program that entitles landowners of properties neighbouring the proposed Western Renewable Link transmission project to one-off payments of $20,000 or $40,000.
Western Australia’s solar industry is on notice after a trader unlawfully used the state government logo and falsely claimed WA Battery Scheme registrations are open in a deliberate act to mislead consumers.
The federal government has announced a national battery rebate scheme that comes into effect on July 1, although many eligible installations have already taken place.
Energy storage solutions company GivEnergy has launched single and three-phase hybrid inverter and modular battery storage systems in Australia, to coincide with the 1 July 2025 kick-off of the federal government’s Cheaper Home Batteries Program.
AGL Energy has included Sungrow battery energy storage system technology with a solar array in New South Wales powering an almond farm that seeks to minimise its reliance on diesel fuel or the grid.
A Singapore-based energy solutions company has announced its flagship next-generation electricity grid platform, the NEOS Solution, which among many functions can orchestrate distributed energy resources and create live monitoring of meters during blackouts.
The federal government has given the go-ahead to a new 250 MW, landowner-led agrivoltaic solar farm in Tasmania, which has been designed to have minimal environmental impact and underwent a 20-day approvals process.
European Energy has successfully reached financial close on a long-term portfolio financing package over $130 million to support the development and construction of two utility-scale solar projects based in Victoria and New South Wales.
Researchers at the CSIRO have proven a new full thermochemical hydrogen production cycle – from solar input to hydrogen output – has the potential to achieve a solar-to-hydrogen efficiency of higher than 20%, 5% more than many existing systems.
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