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Researchers and scientists at the Royal Melbourne Institute of Technology may have found an alternative to problematic lithium-ion batteries that sometimes explode or catch fire, especially at the cheaper end of the e-bike and e-scooter range.
A research team working in collaboration with Italian-based automotive component supplier Eldor Corporation, hopes its work means it’s hopes it’s close to winning the global race to find cheap, rechargeable batteries
Ford will receive $9.2 billion as part of a conditional loan from the US Department of Energy to aid in the construction of three huge electric vehicle battery factories, the agency announced Thursday Jun 22, 2023
Dr Heidari told The Fifth Estate that the main problems with lithium were:
Mined from the Earth
Extremely limited as a resource
Recycling stumps even Dr Heidari – “it’s hard to know how much of the lithium is reusable after battery contamination”
Meanwhile, this is how the proton battery delivers where lithium-ion fails:
Proton batteries are powered by renewable energy stored in carbon
All you need to do is split atoms from water, carbon from wood and energy from the sun – resources that need to be used more often, according to Dr Heidari.
Proton uses recycled parts, and materials can be rejuvenated, reused or recycled
originally posted by: Mahogany
Batteries are a good investment. There is so much free energy around, we just have no effective way of storing it for future use.
Once we are as good at storing energy as we are at making it or releasing it, we won't need to make it any more.
The advantages of lithium-ion are especially juicy for NASA because these kinds of batteries blow their predecessors away in terms of power: a commercially made lithium-ion battery cell is about three times as powerful as a nickel-metal hydride cell.