The solar energy composed 11% renewable electricity production in 2023, and industry should grow 75% At the end of 2025. This projected expansion and the positive future are largely motivated by the progress of technology in the sector.
1. Solar cell in perovskite-silicium tandem
Photo credit: Fraunhofer Ise
Solar cells, crucial components of solar panels that really convert sunlight into electricity, obtain major upgrades. Scientists use a material called perovskite to improve the energy efficiency of solar cells.
The new solar cell in Pérovskite-Silicium tandem takes into account production and recycling processes, which allows a very effective and durable final product.
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2. Chalcogenide Perovskite Solar
Photo credit: Australian Center for Advanced Photovoltaïcs
A large drawback of typical solar cells based on perovskite is that they break down under the extreme heat of the sun, making them useless as reliable solar energy generators.
Researchers think they may have found a solution to this problem: a slightly different material, the perovskite of Chalcogenure, which is much more durable and less toxic than pearly halogenures.
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3. Protect the perovskite
Photo credit: ISTOCK
In another effort to treat very effective but rapid corrode perovskite solar cells, some scientists work to protect perovskite with … more perovskite.
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Rather than adding a film or modifying the chemical composition of the material, they hope that a two -dimensional layer of perovskite at the top of the 3D energy generation layer offers protection and stability.
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4. Vertical alignment
Photo credit: on easy solar
In addition to the solar cells themselves, another obstacle in the manner of “perfect” solar energy production is the arrangement of solar panels.
A startup uses an innovative vertical alignment of solar panels under the difficult conditions of Norway to alleviate the obvious problem that arises when the panels are covered with thick snow layers.
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5. Solar-hydrogen power
Photo credit: Sunhydrogen
The Sunhydrogen technological startup is working on the combination of solar power and hydrogen in an ever done way before.
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Which of these factors would be your main motivation to install solar panels? No luck that I will never be solar Click on your choice to see the results and express your mind. |
Although other devices use solar energy to create the electricity that separates hydrogen from water, sunhydrogen skips the conversion step and starts the electrolysis process directly from the panels. This has the potential to make hydrogen power a cleaner energy source and to expand the uses of solar energy.
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