Plans to build a green hydrogen production facility powered by up to 6 GW of solar and wind generation in Western Australia are moving forward with the project selected for accelerated development under the federal government’s new Investor Front Door pilot program.
A new report from global energy think tank Ember shows 814 GWdc in new solar and wind capacity was installed in 2025, but the pace of wind deployment rose 47% year-over-year compared to just 11% for solar.
Australian mining giant Fortescue is fast tracking the delivery of what it says is the world’s first fully integrated green energy grid designed to completely eliminate diesel and other fossil fuels from large-scale industry.
Researchers from 11 universities globally, including the University of New South Wales, have collaborated on a paper advocating for the need to guarantee energy security, research in photovoltaics is essential for continued innovation.
Rystad Energy says capital expenditure on data centers reached $1,086 billion in 2025, matching investment levels in photovoltaic infrastructure and surpassing upstream oil and gas.
As Australia accelerates its shift toward renewable energy, attention has largely focused on generation – scaling solar, deploying storage, and integrating distributed energy resources. But a quieter constraint is emerging beneath this transformation: the grid’s limited ability to see its own condition in real time.
New Zealand’s electricity authority has updated its rules to better enable grid-scale and residential solar energy systems to supply local networks, and requires lines companies to set a default export of 10 kW for household solar and battery systems.
Analysis from Wiki-Solar finds the world’s 33 largest utility-scale solar markets had a cumulative capacity of 1,008 GWac by the end of last year.
Aggreko has unveiled plans to build what it says will be Australia’s biggest off-grid renewable hybrid power facility after signing a long-term power purchase agreement with the owner of Queensland’s largest proposed copper mine.
New research from the University of New South Wales shows that PV module degradation varies widely with system design and location, driven by UV exposure, temperature, humidity, and atmospheric conditions. Tropical and desert regions face the highest stress, highlighting the need for climate-specific testing and system design.
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