Australian researchers are reporting a breakthrough with zinc-ion battery technology, developing a new method to significantly boost the structural stability of the cathode material that enables the battery to operate reliably for more than 5,000 charge-discharge cycles.
Researchers from Swiss and Austrian institutions have demonstrated a novel design for a glass-free, structurally robust silicon PV module. With a weight below 6 kg/m2, the targeted application is older buildings with weak roof structure.
Greek renewables and resources company Metelen Energy and Metals has refinanced a portfolio of seven solar farms spread across New South Wales and Queensland in a $460 million deal.
Australian rooftop solar sharing technology developer Allume Energy has closed a $10.4 million investment round, the proceeds of which will be used to accelerate the company’s international expansion into the United Kingdom and European markets.
A Queensland university has led a global study into misinformation about electric vehicles, which it found is fuelled by conspiracy theories and mistrust, even among people who own them.
Victorian energy technology company Amber Electric is expanding its battery and electric vehicle automation technology globally after successfully securing $45 million in capital funding.
Swiss solar cell company Meyer Burger said it filed for insolvency for its German subsidiaries, following intensive efforts to keep Meyer Burger Industries GmbH and Meyer Burger Germany GmbH operational.
Queensland battery solutions provider RedEarth Energy Storage has announced an international partnership that will see it jointly develop a ‘world first’ integrated hardware and energy management system that combines solar, storage, and bidirectional electric vehicle charging capabilities in a single unit.
The George Town Council, Tasmania, has granted planning approval to the ib vogt 288 MW Cimitiere Plains Solar Farm north of Launceston, featuring two solar arrays made up of approximately 613,000 panels.
Researchers in Netherlands and Belgium have created a numerical model to simulate the moisture ingress in PV modules. Their research work showed that climate in which a PV module is installed has a much higher impact on the moisture ingress than the choice of materials for the encapsulant of the backsheet.
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