首页> 外国专利> TECHNOLOGY FOR PRODUCTION OF METALLIC NANOLAYERS ON SILVER ELECTRIC CONTACTS OF SILICON SOLAR CELLS USING CHEMICAL METHOD

TECHNOLOGY FOR PRODUCTION OF METALLIC NANOLAYERS ON SILVER ELECTRIC CONTACTS OF SILICON SOLAR CELLS USING CHEMICAL METHOD

机译:化学方法在硅太阳能电池的银电触点上制备金属纳米层的技术

摘要

FIELD: material engineering.; SUBSTANCE: method of application of metallic nanolayers in chemical method involves the technology of chemical sedimentation of metals, in particular of copper (Cu) at the speed 1 μm/min with the solution temperature 50 to 60°C. As the basic copper-containing reagent for applying metallic nanolayers on silver electric contacts of silicon solar cells the inorganic copper salts are used. Technical result of the invention is the thickening of frontal electric contact of solar cell by sedimentation of metals, in particular copper, with good electric conductivity, in order to compensate or improve its increased electric conductivity.; EFFECT: increased effectiveness of solar cell operation during transformation of high-density radiation and decreased self-cost of its manufacturing.;4 cl, 4 dwg
机译: FIELD:材料工程。 物质:在化学方法中应用金属纳米层的方法涉及金属,特别是铜(Cu)以1μm/ min的速度在溶液温度50至60°C的条件下进行化学沉积的技术。 。作为用于在硅太阳能电池的银电触点上施加金属纳米层的碱性含铜试剂,使用了无机铜盐。本发明的技术结果是通过沉积具有良好电导率的金属,特别是铜,来加厚太阳能电池的正面电触点,以补偿或改善其增加的电导率。 效果:在高密度辐射转换过程中提高了太阳能电池运行的效率,并降低了其制造的自我成本。; 4 cl,4 dwg

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