“We raise the curtain on the hidden process.”

Imagine a world in which daily things – walls, windows, doors and even backpacks can be used – to generate clean energy. Thanks to a new discovery in organic solar cell technology, this dream may extend beyond just imagination.

As an interesting engineering joint, a project Outside the University of Illinois Urbana Chambine has found a way to enhance the stability of organic solar cells (OSCS) by 50 percent. These cells may become an applicable alternative to silicone conventional panels.

Oscs variable on the usual solar cells, which are part of Solar power panel That absorbs light and turns it into energy. The main development with this OSCS is that it is printed with an IUD structure and consists of several layers of organic films.

“OSC consists of many of the film’s thin nanometers,” He said Alec M. Dameron, one of the project researchers. “By treating treatment conditions when printing movies, they can force molecules to adopt different structures.”

This technique believes that the film is more slowly printed, which allows liquid crystals to form in this process, which improves stability and efficiency compared to other OSC models.

Because OSCS is an almost transparent substance, the capabilities of these OSCS are more stable and reliable. The researchers imagine a future in which these improved cells can be It holds with an individual anywhereLike backpacks. Tents and even homes are other places that can be a source of renewable energy.

Environmental, these Oscs are a good alternative to the traditional silicone solar cells, a substance that has been proven to be it. inefficient And responsible for excessive waste in the solar panels.

Now that the relationship between the material process of the construction and the new OSC effectiveness has been created, researchers can convert the focus on the area where the cell will be designed better, using its already existing power points and benefit from it.

“People focus mainly on the physical side and then the side of the device, but the medium is neglected,” He said Professor of chemical engineering and vital molecules Ying Dio. “This is mainly we get. We raise the curtain on the hidden process, and thus, we offer paths to create better devices.”

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