Battery boom raises safety concerns
From e-scooters to smartphones to large-scale storage grids, lithium-ion batteries are everywhere. But should we better manage these risks?
From e-scooters to smartphones to large-scale storage grids, lithium-ion batteries are everywhere. But should we better manage these risks?
Engineers at RMIT University have developed an innovative anti-corrosion technique that could triple the lifespan of mobile phone batteries.
If there’s one area of technology that could revolutionise future products, energy, decarbonisation and more, it’s batteries. Researchers at The ...
The researchers at RMIT University’s EV Living Lab are proactively addressing the challenges of Victoria’s electric vehicle transition.
University of Queensland chemical engineers develop a super-thin cathode coating to supercharge lithium-ion batteries in smartphones to electric vehicles.
The downside of renewable energy, in solar and wind at least, is that when the sun is not shining or ...
This Australian company has developed a stationary battery that is greener, safer, and potentially even cheaper than its competitors.
Australian engineers have designed the world’s first integrated hybrid hydrogen battery that combines with rooftop solar to deliver sustainable, reliable ...
If you had told Maria Skyllas-Kazacos FIEAust CPEng(Ret) as a child that she would grow up to become an engineer, ...
Engineers have developed a battery that provides enough charge in just 10 minutes to drive an electric vehicle from Sydney ...