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What if the walls of our homes were true energy warehouses? MIT’s new EC³ technology wants to increase 10 times we have today.
A new form of carbon concrete conductor of electrons, or ec3can store and release electricity.
“The key to concrete sustainability lies in the development of the ‘multifunctional concrete’,” Mit EC³ Hub codireer Admir told “Concrete is already the most widely used building material in the world, so Why not take advantage of this scale to create other benefits?”.
The team used fib-sem tomography to get images of the layer material to the layer. And found that The carbon black forms a network similar to a fractal around the pores, allowing electrolyte penetration and the passage of electric current.
“Understanding how these materials ‘self-organize’ at the nanometric scale is critical to achieving these new features,” Masic explained.
“The ancient Romans have made great advances in the use of concrete. If we maintain their spirit of combining material science with architectural vision, we may be on the verge of a new architectural revolution with multifunctional betons like EC3,” he said.
Thanks to EC3, it was already possible Heat tours In Sapporo, Japan, thanks to its thermal conductivity. Now the advance of MIT points to much larger roles in energy storage.
“One of our biggest motivations was Help enable the transition to renewable energy”Said Damian Stefaniuk, first author of the study.
“Solar energy only generates when there is sufficient sunshine. The question is: How to satisfy energy needs at night or on cloudy days?”
And Franz-Josef Ulm, Codirector of the EC³ Hub, replies: “The answer is that We need a way to store and release energy. So far it meant batteries, often dependent on scarce or harmful materials. We believe EC3 is a viable alternative. ”
