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III-V multijunction solar cells for concentrations around 1000X: the IES-UPM strategy

机译:III-V型多结太阳能电池的浓度约为1000倍:IES-UPM策略

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The IES-UPM has a large trajectory in the III-V concentration solar cells research. Nowadays, the long term aim is to achieve efficiencies around 35% at 1000 X by multijunction solar cells and to transfer the technology to industry. For this purpose three complementary lines are ongoing: the growth of III-V and solar cells structures by MOVPE, the reliability study of concentrator solar cells and the modeling of the devices by means of distributed models.
机译:IES-UPM在III-V浓度太阳能电池研究中具有很大的发展轨迹。如今,长期目标是通过多结太阳能电池以1000 X的效率实现35%左右的效率,并将该技术应用于工业。为此,正在进行三条互补的生产线:通过MOVPE生长III-V和太阳能电池结构,集中器太阳能电池的可靠性研究以及通过分布式模型对设备进行建模。

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