The Ohio State University project has been testing the new technology since early 2016 and is expected to help many subsectors.
Engineers in Ohio have created artificial trees that can generate renewable energy by converting the swaying, shuddering, shaking and vibrations of the wind into electricity. Made of electromechanical materials, these trees can take advantage of a phenomenon known as internal resonance to transform seemingly random motion into powerful structural vibrations. If the “tree” can vibrate at low frequencies, the kinetic energy associated with this movement can be converted into voltages of up to 2V, and random vibrations can be applied.
Civil infrastructure control solution
Although the voltage obtained is small, Powering miniature sensors that monitor autonomously Check the integrity of your infrastructure and get power from the same vibrations you’re analyzing.
In such first applications, the tree-shaped sensor can generate electricity to transmit data more sustainably while being able to power itself more economically and efficiently.
Why Structuring in Tree Shape?
According to the information technology portal (e) Science News, ” The idea of using a tree-like device to capture wind and vibrational energy may seem simple, but Real wood obviously gives off energy when shaken. “
However, using a mathematical model, the researchers determined that it was possible A tree-like structure that maintains vibrations at a constant frequency, Despite the random nature of wind, this energy is effectively captured and stored by power circuits..
So it looks like New applications for wind energy We know it will contribute to a more sustainable future.
sauce: (e) Science News.
