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PROPERTIES OF SOLAR CELLS/MODULES WITH SELECTIVE EMITTER ON MULTI-CRYSTALLINE SILICON

机译:多晶硅选择性发射器的太阳能电池/模块的特性

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In recent years, some suitable solutions to produce solar cells with selective emitter have been established. One of the simplest but also most advanced methods is laser-doping of PSG (Hahn, 2010). The process will result in an increase in efficiency for mono- as well as for multi-crystalline cells (Kohler et al., 2009). A detailed analysis of industrially produced multi-crystalline silicon solar cells with selective emitter is given here. The function of these cells in the module in comparison to standard cells is shown. Advantages and disadvantages of this technology in industrial applications are investigated.
机译:近年来,已经建立了一些合适的制造具有选择性发射器的太阳能电池的解决方案。最简单但最先进的方法之一是PSG的激光掺杂(哈恩,2010)。该过程将导致单一以及多晶体细胞的效率提高(Kohler等,2009)。在此,在工业上产生具有选择性发射器的工业生产的多晶硅太阳能电池的详细分析。显示与标准单元相比模块中这些单元的功能。研究了该技术在工业应用中的优缺点。

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