Effects of sheet resistance on selective emitter solar cells by laser direct doping

Yu-Hsuan Lin, Sung-Yu Chen, C. Du, Sin-Han Yu, O. F. Adurodija, Hung-Yi Chang
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Abstract

This article investigates the effects of sheet resistance on a selective emitter (SE) solar cell fabricated using a simple laser doping process (LD). In order to demonstrate the influence of lightly doped emitter we divided cells for three groups for POCl3 diffusion with sheet resistance of 100 Ω/sq (SE-1), 120 Ω/sq (SE-2) and 140 Ω/sq (SE-3). After laser doping, the sheet resistance is ~60 Ω/sq for silver electrode contact. The optimal cell with sheet resistance values of 60/120Ω/sq showed the best efficiency (η) of 20.11 %, open circuit of 650 mV.
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激光直接掺杂对选择性发射极太阳能电池片阻的影响
本文研究了用简单激光掺杂工艺(LD)制备的选择性发射极(SE)太阳能电池中薄膜电阻的影响。为了证明轻掺杂辐射源对POCl3扩散的影响,我们将细胞分为三组,片电阻分别为100 Ω/sq (SE-1)、120 Ω/sq (SE-2)和140 Ω/sq (SE-3)。激光掺杂后,银电极接触片电阻为~60 Ω/sq。当片电阻值为60/120Ω/sq时,最佳电池效率(η)为20.11%,开路电压为650 mV。
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