Vertical aerosol concentrations in the lowest 300m of the troposphere for solar tower plants assessment from CALIPSO satellite and ECMWF-MACC data

Diana Rocio Mancera Guevara, M. Schroedter-Homscheidt, T. Popp, D. Heinemann
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引用次数: 1

Abstract

One of the essential meteorological variables to consider in the CSP plants projection is the Aerosol Optical Depth. Its value within the layer spanned between the surface and about the next 300m could be particularly critical for Solar Tower technology due to the attenuation through the slant path. The data here presented come from the comparison of CALIPSO satellite and MACC model regarding aerosols in both the lowest 300m layer and the total column in a nearly geographical domain along with a collection of the most challenging issues faced by both approaches. A brief summary of the State of the Art complements the tools to interpret the data and might be a starting point for future improvements.
由CALIPSO卫星和ECMWF-MACC资料评估的对流层最低300米太阳塔式工厂垂直气溶胶浓度
在CSP电站预测中需要考虑的重要气象变量之一是气溶胶光学深度。由于倾斜路径的衰减,它在表面和下一个300米之间的层内的值对于太阳能塔技术来说尤其重要。本文提供的数据来自CALIPSO卫星和MACC模式在近地理区域内最低300米层和总柱的气溶胶的比较,以及两种方法面临的最具挑战性的问题的集合。对最新技术的简要总结补充了解释数据的工具,可能是未来改进的起点。
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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