面向太阳能全光谱有效利用的分光技术浅析
DOI:
https://doi.org/10.18686/cncest.v2i4.216关键词:
太阳能全光谱；新型槽式太阳能聚集与光运输装置；光导纤维；罗兰圆分光；分光利用摘要
本文基于槽式抛物面聚光镜，提出了一种通过光导纤维进行光线传输的太阳能全光谱有效利用的分光技术，其中包括聚集、传输、分光、检测应用四部分的技术，探讨其在清洁能源领域的应用。装置中引入单向玻璃作为光线传输约束装置。单向玻璃的单向透射性有效保证了太阳光的传输方向。经TracePro软件的光线模拟结果知光线经过单向玻璃反射装置的输送后，可以保证光强度满足使用要求。再经过准直透镜、菲涅尔透镜聚焦后，光线将通过光导纤维导入罗兰圆分光系统。分光后各类光经过检测系统将分别被导入各自的光导纤维中进行远距离传输及运用。经过实验，通过合理装置的分光并针对性的利用不同波段，可显著提高太阳能全光谱的有效利用途径，验证了该装置设计思路的可行性。
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