The connection between hydrogen and proton batteries is pretty straightforward.consists of one positively charged proton and one negatively charged electron. If the hydrogen atom somehow manages to lose its electron, it is left to wander through the universe as a proton.
As explained by the RMIT team’s lead researcher, Professor John Andrews, during the discharge cycle proton batteries release their protons from the carbon electrode. They pass through a membrane to meet oxygen from ambient air. The reaction produces both water and power.has much lower losses than conventional hydrogen systems, making it directly comparable to lithium-ion batteries in terms of energy efficiency,” Andrews adds .
That doesn’t sound like much, but the payoff could be huge in terms of lower EV battery costs and sustainable use of natural resources, compared to conventional lithium-ion EV batteries. After all, carbon is practically everywhere, but lithium is not.
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