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These cells have gained significant attention in recent years due to their exceptional power conversion efficiencies and potential low-cost production. The perovskite structure is a crystal lattice that can be altered to create different forms of perovskite materials, leading to a wide range of possibilities for solar cell development. The Wikipedia page on perovskite solar cells provides a comprehensive overview of this technology. It delves into the history and background of perovskite solar cells, including the discovery of the perovskite material and its applications in solar cells. It also discusses the advantages and challenges associated with perovskite solar cells, such as their high efficiency potential, low-cost manufacturing, and potential to be integrated into different applications. The page covers the scientific principles behind perovskite solar cells, including the materials used and the various device architectures that have been developed. It explains the operation of the cells, including the absorption of light and the generation of electric currents. The page also describes the various fabrication techniques used to produce perovskite solar cells, such as solution-based methods and vapor deposition. In addition to discussing the technical aspects of perovskite solar cells, the Wikipedia page also covers the commercialization and potential future developments of this technology. It provides information on the current state of the market, including companies and research institutions involved in perovskite solar cell research and production. It also touches upon the challenges that need to be overcome, such as stability issues and the need for large-scale manufacturing. Overall, the Wikipedia page on perovskite solar cells offers a comprehensive and detailed overview of this emerging and promising photovoltaic technology. It provides valuable information for researchers, engineers, and anyone interested in understanding the potential of perovskite solar cells as a renewable energy solution.