Affordable, reliable energy storage is key in making renewable energy viable on a large scale. Batteries have been identified as the best solution for energy storage, but they are costly. Lithium-ion batteries for instance are not only expensive, but they lose capacity after every recharge. Enter a new battery developed by MIT researchers that is reliable and much less expensive. It is “air-breathing” because oxygen pushes in and out of it to make it work. MIT’s new battery is one of the cheapest rechargeable batteries to be made coming in at 1/30th the cost of a lithium-ion battery.
Read article about MIT’s air-breathing battery
MIT’s air-breathing battery can be scaled up for the purpose of storing energy in the grid. It is also capable of storing power for seasons at a time, which makes it perfect for storing electricity from wind and solar-generated power. We need the cleanliness of renewable energy. The ability to store that energy for months at a fraction of the price of existing technologies is incredible! The battery inhales oxygen (creating negatively-charged hydroxide ions) in the catholyte (positive [+] side) and then recharges, exhaling oxygen (creating hydrogen ions) returning electrons to the anolyte (negative [-] side). The battery’s charge balance is created by taking oxygen in and out of the system. It literally inhales and exhales air. Unlike humans, it exhales oxygen not carbon dioxide. Renewable – yes. Clean – yes. Cheap – yes, yes, yes!
Watch video about MIT’s air-breathing batteries:
And, watch this video on comparative energy storage costs »
NECA Technology – the Project for Applied and Disruptive Technology
, explores the world of technology and keeps members informed of what’s happening today, and of what will be launched in the not too distant future. Dr. Joey Shorter has an extensive background in education and experience in translating the work of academics into understandable, practical ideas.