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On December 25th, the project titled “Application Research of Self-Cleaning Antireflective Nanostructure Coatings in Solar Cell Modules,†a key initiative under the Chinese Academy of Sciences’ Knowledge Innovation Program and led by the Institute of Physics and Chemistry, successfully passed the expert review. The project was evaluated by a panel of distinguished experts who confirmed its technical achievements and potential for industrial application.
The acceptance meeting was organized by the Institute of Physics and Chemistry on behalf of the Science and Technology Development Bureau of the Chinese Academy of Sciences. Experts from various prestigious institutions participated, including the National Center for Nanoscience and Technology, the Institute of Electrical Engineering, Shanghai University of Electric Power, Beijing University of Chemical Technology, the Chinese Academy of Sciences’ Ecological Environment Research Center, and Hebei University. Their collective expertise ensured a thorough evaluation of the project’s outcomes.
During the meeting, the project leader, He Junhui, presented detailed reports on the project's work progress, technical testing results, and financial management. The expert group engaged in in-depth discussions and raised several critical questions, which were thoroughly addressed. After careful consideration, the experts highly praised the project, noting that all technical specifications exceeded the requirements outlined in the original mission statement. They unanimously agreed to approve the project’s completion.
This research focused on the development of nanostructured coatings that can regulate surface wettability and light transmission. The team successfully uncovered the working mechanisms and design principles behind self-cleaning and wide-spectrum antireflective nanostructures for solar cell modules. They developed advanced assembly and preparation techniques for transparent nanostructured coatings, achieving both ultra-hydrophilic and super-hydrophobic self-cleaning properties on transparent substrates such as glass, including photovoltaic glass used in solar panels. These innovations show strong potential for large-scale industrial applications, paving the way for more efficient and durable solar technologies in the future.
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