Technical Name | Highly efficient semi-transparent perovskite solar cells technology | ||
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Project Operator | Ming Chi University of Technology | ||
Project Host | 黃裕清 | ||
Summary | Our team has developed a high-efficiency semi-transparent perovskite solar cell technology that can be integrated with existing Si-based solar cells to enhance the power conversion efficiency per unit area and has achieved significant success in developing a world record with a power conversion efficiency of over 20%. We aim to transfer more technologies to midstream and downstream manufacturers, enhancing Taiwan's competitiveness in the international solar cell market. |
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Scientific Breakthrough | Perovskite solar cells achieve a conversion efficiency of 21.68%. Utilizing tandem technology, the conversion efficiency of HJT solar cells is increased to ~29%. The efficiency of 2-inch semi-transparent modules reaches 16.2%, with T90 values of 1600 hours under 85°C/85%RH test and 1,000 hours under continuous light exposure. Demonstrating 8×8 cm2 large-area modules fabricated using a full process under ambient condition, with a conversion efficiency of 10%. |
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Industrial Applicability | Our team offers strategies for businesses entering the market: (1) Secure access to formulation materials and low-cost, solution-process technologies through technology licensing or by selling materials to upstream suppliers for mass production. (2) Focus on semi-transparent PSCs to help optoelectronic companies establish tailored production lines. (3) Establish a material design platform to support upstream and optoelectronic companies in material development and process optimization. |
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Keyword | Perovskite solar cell module Tandem solar cell Large-area slot die coating Power conversion efficiency Charge transport layer Transparent electrode low-carbon energy Mass production process material formulation design Net-zero carbon emission |