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A new battery imaging method might be the key in finding a better future for renewable energy, according to the University of Wisconsin-Madison.

Iron fluoride is at the center of an intense study that might have begun the process of improving our overall renewable energy push into the coming years. A team from the University of Wisconsin-Madison found that, “Iron fluoride has the potential to triple the amount of energy a conventional lithium-ion battery can store,” which would have massive implications on rechargeable batteries. However, the impacts would reach far beyond the batteries themselves.

Song Jin, a UW-Madison professor who was a part of the study pointed out though that, “we have yet to tap its true potential.” These are strong words from an impressive study, which essentially took an X-ray imaging technique and utilized it to actually visualize the way the chemicals react and interact with each other within a battery. This is something that has had profound impacts on the overall movement of battery consumption, and renewable energy sources.

This is important because it could, and likely will, completely revolutionize the world of rechargeable batteries. It would make them more efficient. It would require less energy to actually charge them, and the implications of making renewable energy sources, like rechargeable batteries more efficient has a serious dollars and cents implication. It would mean that renewable energy would take another step toward becoming more affordable; something that researchers and scientists have been working on doing tirelessly for years now.

It’s important to see that this study has significant implications on the future and it’s only just begun. The biggest and most obvious impact or change could be seen in a smartphone battery. For example, users see a rollercoaster of recharging cycles in the life of a typical smartphone. If this study could be harnessed and moved forward then it would completely change the way people charge their devices because they would charge more consistently throughout the life of the device. That would have serious, positive impacts on just smartphones. Now, imagine the implications if things like this were actually duplicated and replicated throughout the battery-using world. The positive benefits would literally be endless.

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