The next generation of solar cells can handle 390 degrees Celsius

The next generation of solar cells can handle 390 degrees Celsius
Pyrocytes can be an active ingredient with their crystalline structure and associated electro-optical properties that make the next generation less costly, efficient, light, and flexible.

Vikram Dalal, a professor of electronics and computer engineering and director of microelectronics research at Iowa State University, said the current generation of cells does not have the racial ability to convert the next generation into electricity.

The best cells in the laboratory are about 26% efficient, while commercial cells are about 15% efficient.

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This means that larger systems are needed to generate a certain amount of electricity, and larger systems cost more.

In it, researchers are looking for new ways to increase efficiency and reduce costs. One idea that could increase efficiency by 50 by is the formation of a tandem that stores two types of cells on top of each other. ,

Which is a different and complete part of the spectrum for each generation of electricity from the solar system. Uses part

THE PROMISE OF PEROVSKITE MATERIALS FOR SOLAR CELLS

Researchers have recently begun to see hybrid organic acids as a good tandem partner for silicon cells. The performance rate of pyruvate calls is around 25, there is an extra band gap, it can be very thin (only one million meters), and can be easily deposited on silicon.

But Dalal, author of a paper on applied energy equipment from the American Chemical Society, said researchers are familiar with the cells of these hybrid viruses after exposure to high temperatures.

This is the problem when the United States tries to keep the hot, dry desert in places like the Southwest, Australia, the Middle East and India.

The temperature of such places can range from 120 to 130 degrees Fahrenheit, and the temperature of the cells of the essence can reach 200 degrees Fahrenheit.

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By stabilizing cells at high temperatures, researchers have found a way to take advantage of the beneficial properties of purity.

Former author Harshvardhan Gonkar says he promises to be the result of Perovsky's head cell business and a clear, green future.

She holds a doctorate and is currently working as an engineer and semiconductor engineer at Idaho Bus.

HANDLING MAJOR HEAT

The broker says there are two major advances in new solar cell technology.

First, he says, the engineers made some modifications to the peritoneal material

They eliminated organic-inorganic substances, especially cation, extra proton content and a positive compensation and inorganic-organic matter such as cesium. It determines the substance at high temperature

And second, they developed an imaging technique that simultaneously produced a thin layer of virgin material, but only a few billion dollars.

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This fever accumulation technique is permanent, does not emit any contaminants, and is used in other industries to reduce commercial production.

The result of those changes?

And then the broker compared it a bit and objected: "It's much better today than an organic bean, which would melt completely at that temperature. So it's an important development in the field."

BOOSTING EFFICIENCY

The article shows that the Photoshop capability of the cells in the new Edge Ice back Perivite AR is 11.8%. That means more work for engineers

"We are currently working to improve this cell. We want to make it more efficient to convert solar energy into electricity," says Dalal. We have a lot of research right now, but we think we can get there using a new mixture of substances.

As they move forward, engineers believe they are on a test and experimental path: 'This study has shown the thermal stability of non-thermal pyruvate material and solar cells at non-temperature and beyond. ۔ At high temperatures. "Paper" (these are) the results of promoting the business of Perwit Solar Materials. "

And so the tweaks and trials will continue.

As they move forward, engineers believe they are on a test and experimental path: 'This study has shown the thermal stability of non-thermal pyruvate material and solar cells at non-temperature and beyond. ۔

At high temperatures. "Paper" (these are) the results of promoting the business of Perwit Solar Materials. "

The National Science Foundation partially supported the work.