Transfer matrix modeling is used, with consideration of the influence of front cell and back cell bandgaps, to rationally design and optimize effective tandem solar cell structures before actual device fabrication. Using transfer matrix simulations to aid in material selection and expedite the optimization of tandem architectures, power conversion efficiencies of up to 12.8% could be achieved with minimal consumption of valuable photoactive materials.

中文翻译：

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使用宽带隙前电池的串联聚合物太阳能电池建模与实现

考虑到前电池和后电池带隙的影响，使用转移矩阵建模来在实际器件制造之前合理设计和优化有效的串联太阳能电池结构。使用转移矩阵模拟来辅助材料选择并加快串联结构的优化，可以以最少的宝贵光敏材料消耗实现高达12.8％的功率转换效率。