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Diossol develops, ultra-thin, and flexible solar cells based on perovskites.
Julia, a doctoral student at Heidelberg University, discovered in 2012 that perovskite compounds have a certain crystal structure and can be used as potential new solar cell materials, which aroused Julia's thinking and widespread attention. But their biggest drawback is their rapid degradation rate. In the next nine years, Julia studied in the laboratory, gradually improving the service life from minutes to months to years, and gradually approaching commercialization.
Perovskites are a broad class of materials characterized by the way atoms are arranged in their layered crystal lattice. These layers, described by convention as A, B, and X, can each consist of a variety of different atoms or compounds. So, searching through the entire universe of such combinations to find the best candidates to meet specific goals — longevity, efficiency, manufacturability, and availability of source materials — is a slow and painstaking process, and largely one without any map for guidance.
After working in her own laboratory for about nine years, Julia discovered “what happens when you add these alkali metals and why performance improves.” They were able to directly observe changes in material composition and reveal the effects of homogenization and agglomeration. The offset effect, etc., offsets the relatively fast lifetime problem of perovskite degradation.
A recent study completed by Julia and colleagues showed that once perovskites reach a useful life of at least ten years, this is enough to make them economically viable as a replacement for silicon in large utilities due to their low initial cost. scale solar farm. Overall, progress in perovskite development is impressive and encouraging. After several years of effort, it has achieved efficiency comparable to that of cadmium telluride (CdTe).
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We see a future where our perovskite solar cell technology will help accelerate the transition to an all-electric world, powered by clean energy.
Perovskite PV – we make it mainstream Our perovskite technology will make solar more affordable. That’s why we are committed to bringing it to the world.
Our perovskite solar cell technology will help accelerate the transition to a world powered by clean energy.
DIOSSOL We are a pioneer and technology leader in the field of perovskite solar cells. We are a scientific team of collaboration and joint research, using scientists, research institutions and trained scholars in different fields. Address scientific challenges with superior expertise. Although the traditional single-investigator approach is ideal for many scientific endeavors, coordinated teams of investigators with diverse skills and knowledge have social value for cross-disciplinary research addressing the challenges of complex societies.
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