Application of micro-optics to solar generator: results and manufacturing routes

M. Lee, A. Delboulbé, B. Loiseaux, J. Cholet, G. Lehoucq, B. Boulanger, Honorine Boirard, E. Rapp
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Abstract

Micro-concentration for space application enables the reduction of the cell surface and cost. We propose a new concept based on a static (without deployment) compact refractive micro-concentrator. The feasibility of the concept was demonstrated thanks to the realization of a concentrator module which was characterized electrically. To go further, cost and mass are key parameters. To reduce the mass the route is combining the reduction of the cell size to the reduction of the concentrator size/thickness. Subwavelength optics, a family of optics composed of structures with sizes that are smaller than the wavelength, are interesting candidates for flat and lightweight components which are applied to solar generator. We will also discuss possible manufacturing approaches for implementation of such concept.
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微光学在太阳能发电机上的应用:结果与制造路线
微浓缩空间应用可以减少细胞表面和成本。我们提出了一种基于静态(无展开)紧凑型折射微聚光器的新概念。通过实现具有电气特性的聚光模块,证明了该概念的可行性。更进一步,成本和质量是关键参数。为了减少质量,该方法将电池尺寸的减小与浓缩器尺寸/厚度的减小结合起来。亚波长光学是一种由尺寸小于波长的结构组成的光学器件,是应用于太阳能发电机的扁平和轻质部件的有趣候选者。我们还将讨论实现这一概念的可能制造方法。
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