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Conventionally-processed silicon nanowire solar cells demonstrating efficiency improvement over standard cells

机译:传统上加工的硅纳米线太阳能电池展示了标准电池的效率改善

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We fabricate silicon nanowire solar cells which, other than the texturing step, are processed by conventional silicon solar cell manufacturing equipment. The nanowires reduce reflection compared to standard multicrystalline cells, leading to higher short-circuit current. A less anticipated benefit is that the nanowires can also increase open-circuit voltage and fill factor. Compared to standard multicrystalline cells processed at the same time, our nanowire cells demonstrate a 0.4% efficiency improvement when only changing the texturing step and a 0.6% efficiency improvement when also adjusting the diffusion step. Our highest nanowire cell efficiency is 18.0% on a
机译:我们制造除纹理步骤之外的硅纳米线太阳能电池,由传统的硅太阳能电池制造设备加工。 与标准多晶体电池相比,纳米线减少了反射,导致较高的短路电流。 较少预期的好处是纳米线也可以增加开路电压和填充因子。 与同时处理的标准多晶体细胞相比,我们的纳米线细胞在仅在调节扩散步骤时仅改变纹理步骤和0.6%的效率改善时,我们的纳米线细胞展示了0.4%的效率改善。 我们最高的纳米线电池效率为18.0%

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