Lead-free 2D perovskite [NH₃-(CH₂)₂-NH₃]MnCl₄, was introduced in ZnO: Al/TiO₂/[NH₃-(CH₂)₂-NH₃]MnCl₄/CuI/Au structure for solar cell application using SCAPS 1D. The optical band gap (1.8 eV) was determined from UV-transmittance spectrum and the result is used in the simulation. The effects of the absorber layer thickness and the temperature on the solar cell characteristics were investigated. Optimum absorber-thickness was 700 nm with a Jsc = 17.999 A cm⁻², Voc = 1.4659 V, FF = 67.84% and PCE of about 17.90%. To our knowledge no photovoltaic simulation has been reported for this material, however its efficiency is promising for a new ecological absorber of solar cells.

无铅二维钙钛矿[NH ₃ -(CH ₂ ) ₂ -NH ₃ ]MnCl ₄，被引入到ZnO中：Al/TiO ₂ /[NH ₃ -(CH ₂ ) ₂ -NH ₃ ]MnCl ₄ /CuI/Au使用 SCAPS 1D 的太阳能电池应用结构。光学带隙 (1.8 eV) 由紫外透射光谱确定，结果用于模拟。研究了吸收层厚度和温度对太阳能电池特性的影响。最佳吸收剂厚度为 700 nm，Jsc = 17.999 A cm ^-2，Voc = 1.4659 V，FF = 67.84%，PCE 约为 17.90%。据我们所知，还没有关于这种材料的光伏模拟的报道，但是它的效率对于太阳能电池的新生态吸收器来说是有希望的。