How to decide the alignment of the parabolic trough collector according to the local latitude

Yang Song, Y. Xiang, Y. Liao, B. Zhang, L. Wu, H. Zhang
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引用次数: 2

Abstract

Parabolic trough is a very attractive technology for using solar energy. The optical loss of the parabolic trough is related with the local latitude, either for the east-west (E-W) or north-south (N-S) orienting mounted troughs. Based on the basic transform between solar coordinate and the earth surface coordinate, the cosine loss of for both the E-W and N-S parabolic troughs are calculated, according to the local latitude. The results indicate that, while the optical loss for E-W trough almost keeps as a constant of 16%, the optical loss for N-S system is highly dependent on the local latitude. Thus the critical latitude of 37.35° is obtained. For the place where its latitude is lower than 37.35°, the parabolic trough should be mounted along E-W orientation, otherwise it should be positioned in N-S orientation, to obtain the least cosine loss.
如何根据当地纬度确定抛物线槽集热器的对中方向
抛物面槽是一种极具吸引力的太阳能利用技术。抛物线槽的光学损耗与当地纬度有关,无论是东西向(E-W)还是南北向(N-S)取向的安装槽。基于太阳坐标与地球表面坐标的基本变换,根据当地纬度计算东西向和南北向抛物线槽的余弦损耗。结果表明,E-W波谷的光损耗几乎保持在16%的恒定值,而N-S波谷的光损耗则高度依赖于局部纬度。由此得到临界纬度为37.35°。对于其纬度低于37.35°的地方,抛物线槽应沿东西向安装,否则应沿南北向安装,以获得最小的余弦损失。
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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