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An Assessment of New Satellite Data Products for the Development of a Long-term Global Solar Resource at 10-100 km

机译:对新型卫星数据产品的评估,以便在10-100公里处开发长期全球太阳能资源

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A project representing an effort to reprocess the NASA based solar resource data sets is reviewed. The effort represented a collaboration between NASA, NOAA, NREL and the SUNY-Albany and aimed to deliver a 10 km resolution, 3-hourly data set spanning from 1983 through near-present. Part of the project was to transition project capability to NREL for annual processing to extend data set. Due to delays in the key input project called ISCCP, we evaluate only Beta versions of this data set and also introduce the potential use of another NASA Langley based cloud data set for the CERES project. The CERES project uses these cloud properties to compute global top-of-atmosphere and surface fluxes at the 1×1 degree resolution. Here, we also briefly discuss these data sets in potential usage for solar resource benchmarking.
机译:代表努力重新处理基于NASA的太阳能资源数据集的项目进行了审查。努力代表了美国宇航局,诺纳,尼尔德和阳光 - 奥尔巴尼之间的合作,旨在通过近乎临近的1983年提供10公里的分辨率,3小时数据集。部分项目是将项目能力转换为NREL进行年度处理以扩展数据集。由于延迟了名为ISCCP的关键输入项目,我们仅评估了此数据集的Beta版本,并介绍了另一个基于NASA Langley的云数据集的潜在使用CERES项目。 CERES项目使用这些云属性来计算1×1度分辨率的全球性大气层和表面通量。在这里,我们还简要讨论了太阳能资源基准测试的潜在用法中的这些数据集。

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