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首页> 外文期刊>Physica status solidi >BiPERC silicon solar cells enabling bifacial applications for industrial solar cells with passivated rear sides
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BiPERC silicon solar cells enabling bifacial applications for industrial solar cells with passivated rear sides

机译：BiPERC硅太阳能电池可实现背面钝化的工业太阳能电池的双面应用

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摘要

Bifacial solar modules are expected to increase their market share in the coming years. To date, most bifacial cells in production and under research are realized on n-type silicon substrates. However, p-type silicon has been dominating photovoltaic industry, partly due to its lower cost. In this work, we present an approach to combine bifacial applications with the industrial p-type passivated emitter and rear (PERC) structure: a bifacial PERC cell (biPERC). Simulation results are presented that showcase a high potential for bifacial gains of the biPERC cell. First experimental results of the biPERC concept on large-area multicrystalline silicon substrates yield a monofacial efficiency of 17.8%. The biPERC cell, therefore, is an easy-to-apply modification to a PERC route and enables higher output powers due to bifacial applicability.
机译：双面太阳能组件有望在未来几年内增加其市场份额。迄今为止，生产和研究中的大多数双面电池都在n型硅衬底上实现。但是，p型硅一直主导着光伏产业，部分原因是其成本较低。在这项工作中，我们提出了一种将双面应用与工业p型钝化发射极和背面（PERC）结构相结合的方法：双面PERC电池（biPERC）。仿真结果表明，biPERC电池的双面增益潜力很大。 biPERC概念在大面积多晶硅衬底上的第一批实验结果得出单面效率为17.8％。因此，biPERC电池是对PERC路线的易于应用的修改，并且由于双面适用性而具有更高的输出功率。

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