On the cusp of Capacity Investment Scheme Tender 2 – WEM Dispatchable successful proponent announcements, the federal government now calls for feedback on how to approach hybrid projects in the pending 2025 WEM Tender for Western Australia, opening mid-2025.
New Zealand solar energy developer Lodestone Energy is streamlining its in-house retail capability to ensure commercial and industrial customers have a seamless end-to-end access to 100% solar-generated electricity.
Austrian manufacturer Fronius has launched its first battery system using 15.8 kWh lihtium iron phosphate cells with a capacity of 63 kWh when up to four units are connected in parallel.
Trinasolar has signed a technology research collaboration agreement with Nanyang Technological University in Singapore to develop artificial intelligence-driven tools to enhance diverse energy storage applications.
The Australian Renewable Energy Agency has launched a $46.3 million second round of its community batteries funding initiative to deploy community batteries across Australia and reduce pressure on the electricity grid.
Two federally funded community batteries with a combined capacity of 700 kW / 1,400 kWh have been installed at the Brisbane Lions’ clubhouse; the first in a rollout of 39 to be managed by Hydro Tasmania’s virtual power plant.
South Australian satellite exploration startup Fleet Space has teamed with United States-headquartered hydrogen company Koloma to accelerate the discovery and development of natural hydrogen around the world.
Broken Hill has moved another step closer to becoming one of the world’s largest renewable energy microgrids with the New South Wales government providing planning approval for an Australian-first compressed air energy storage facility to be built near the iconic mining town.
Electricity network operator Endeavour Energy has launched a “flexible exports” service for rooftop solar systems in New South Wales that it forecasts will contribute 600 MW of additional renewable energy capacity over the next decade.
A team of researchers in Algeria has designed a new testbed and a novel acceleration law that accounts for both wind speed and sand density. The new methodology was tested on four PV modules and showed lifespans of up to 47 years in terms of sand impact.
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