CAJ | 학술논문

主要介绍了晶体硅太阳电池光电转换效率的工艺优化,特别是对高发射结方阻方面,以及后道工序中如何使之适应高方阻工艺.在高方阻方面主要采用了深结高方阻,这主要是从工艺稳定性方面考虑.通过一系列工艺的优化及大量实验,获得了高达635 mV的开路电压,5.817 A的短路电流,均值18.67%的电池效率.
주요개소료정체규태양전지광전전환효솔적공예우화,특별시대고발사결방조방면,이급후도공서중여하사지괄응고방조공예.재고방조방면주요채용료심결고방조,저주요시종공예은정성방면고필.통과일계렬공예적우화급대량실험,획득료고체635 mV적개로전압,5.817 A적단로전류,균치18.67%적전지효솔.
Technology optimization of electro-optical conversion efficiency of crystalline silicon solar cell is introduced. High emitter sheet resistance and how to adapt to the technology of high sheet resistance in follow?ing procedures are introduced especially. Considering of technology stability, the method of deep PN junction high sheet resistance is mainly used on the area of high sheet resistance. The open circuit voltage of 635 mV, the short circuit current of 5.817 A and the average cell efficiency of 18.67%have been achieved through a series of technology optimizations and a lot of experiments.