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Roadmap towards efficiencies over 40 at ultra-high concentrations (> 1000 suns)

机译:在超高浓度(> 1000个太阳)下达到40%以上的效率的路线图

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High efficiency solar cells working under ultra-high concentrations (>;1000X) have been shown to be a promising solution to decrease the cost of PV electricity, increase the efficiency and circumvent the material availability restrictions for massive PV penetration. A detailed analysis of the limitations of our current triple junction solar cell (36.2% at 700X), in the quest to maximize efficiency at 1000X, shows that the main improvements to tackle are: a) implementation of a high band gap tunnel junction; b) increase the band gap of the top cell; c) fine current matching tune; d) enhancement of the front contact process. This constitutes our roadmap to reach an efficiency over 41%.
机译:在超高浓度(>; 1000X)下工作的高效太阳能电池已被证明是降低PV电力成本,提高效率并避免大规模PV渗透的材料可用性限制的有前途的解决方案。为了最大限度地提高1000倍的效率,对当前三重结太阳能电池(700倍时为36.2%)的局限性进行了详细分析,结果表明,要解决的主要改进措施是:a)实施高带隙隧道结; b)增加顶部电池的带隙; c)精细的电流匹配音调; d)增强正面接触过程。这构成了我们的效率超过41%的路线图。

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