Proton Battery Progress at RMIT Melbourne

Google+ Pinterest LinkedIn Tumblr +

Aqueous organic flow batteries produce energy by moving ions through membranes separating two dissolved chemicals in tanks. A non-aqueous, solid flow battery uses organic solvents to dissolve active materials instead. Researchers at the Royal Melbourne Institute of Technology have produced a working rechargeable proton battery.  They believe this “could re-wire how we power our homes, vehicles and devices.”

An Environmentally Friendly Solution in a Proton Battery

proton battery

Prototype Proton Battery: RMIT Report

The RMIT proton battery uses “a carbon electrode as hydrogen store, coupled with a reversible fuel cell to produce electricity”. Lead researcher Prof John Andrews explains the carbon electrode and the protons in the water make the difference.

These materials provide its “environmental, energy and potential economic edge,” he says. Therefore “Our latest advance is a crucial step towards cheap, sustainable proton batteries. Batteries that can help meet our future energy needs without further damaging our already fragile environment.” This sounds like exceptionally good news to us.

How the Prototype Proton Battery Works

The carbon in the electrode bonds with protons generated by splitting water using electrons from the power supply. The protons then return through the reversible fuel cell to combine with oxygen and generate power.

proton battery

Professor John Andrews and Team: RMIT Report

A proton battery measuring approximately 2.2 inches square stores as much energy as commercially available lithium-ion batteries. The Prof is quick to point out this is in terms of energy per unit mass before optimizing. It therefore combines the best of battery electric power and hydrogen fuel cells his team confirms.

This design may therefore prove superior because it uses carbon as opposed to lithium or metal hydrogen-storage alloys. Therefore, it is one among many potential contributors towards meeting the enormous demand for energy storage.

Related

Flow Batteries Overlooked in Li-Ion Stampede

Fuel Cell Technology and How It Works

Preview Image: Old Jaill Goes Green for RMIT, Melbourne

Share.

About Author

Richard

I tripped over a shrinking bank balance and fell into the writing gig unintentionally. This was after I escaped the corporate world and searched in vain for ways to become rich on the internet by doing nothing. Despite the fact that writing is no recipe for wealth, I rather enjoy it. I will not deny I am obsessed with it when I have the time. My base is Umtentweni in South Africa on the Kwazulu-Natal South Coast. I work from home where I ponder on the future of the planet, and what lies beyond in the great hereafter. Sometimes I step out of my computer into the silent riverine forests, and empty golden beaches for which the area is renowned. Richard Farrell

Leave A Reply