Reducing CPV Materials Cost Through Multistage Concentration

R. Norman, B. Siskavich, É. Léveillé, W. Cloutier, L. Fréchette, V. Aimez
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引用次数: 1

Abstract

In PV manufacturing, process costs fall rapidly with scale, but a slower decrease in material costs limits cost reduction. Analysis of a proposed multi-stage-concentration module shows that even with additional concentration stages for low tandem-cell cost, initial concentration by a trough mirror can greatly reduce overall materials usage compared to Fresnel/box CPV. A compact sealed module at the trough’s focus allows high-performance materials for efficiency and durability, and estimated costs (¢/W, LCOE, capital-to-scale) compare favorably to even silicon PV.
多级浓缩降低CPV材料成本
在光伏制造业中,工艺成本随着规模的扩大而迅速下降,但材料成本的缓慢下降限制了成本的降低。对多级浓缩模块的分析表明,即使增加了低串联电池成本的浓缩级,与菲涅耳/盒CPV相比,槽镜的初始浓缩可以大大减少材料的总体使用。一个紧凑的密封模块在槽的焦点允许高性能材料的效率和耐用性,和估计的成本(美分/W, LCOE,资本规模)甚至比硅PV更有利。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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