国家太阳辐射数据库(NSRDB):现状

A. Habte, M. Sengupta, Yu Xie, Grant Buster, Michael Rossol, P. Edwards, Galen Maclaurin, Evan G. Rosenlieb, Jaemo Yang, Haiku Sky, M. Bannister, B. Roberts
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引用次数: 0

摘要

自1992年首次发布点源数据库以来,国家太阳辐射数据库(NSRDB)已经有了显著的发展。NSRDB已成为公共长期时间序列太阳能资源数据的行业标准,用于太阳能项目的性能和经济分析。NREL根据卫星技术的新研究和改进,不断更新NSRDB数据的科学方法和时空尺度。目前,NSRDB覆盖了全球大部分地区,是美国一个公开可用的高分辨率太阳能资源数据数据库,每年有超过15万用户。NSRDB代表了基于卫星的太阳能资源信息估计的最新技术,并使用了一种独特的基于物理的建模方法,可以随着下一代地球静止卫星的部署而提高精度。本文将介绍NSRDB的演变,数据库的现状,包括估计的不确定性和时空尺度和变率,以及建模方法的进展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The National Solar Radiation Database (NSRDB): Current Status
The National Solar Radiation Database (NSRDB) has evolved significantly since the first release of the point source database in 1992. The NSRDB has become the industry standard for public long-term time-series solar resource data for performance and economic analysis of solar energy projects. NREL continuously updates the scientific methods and spatiotemporal scale of the NSRDB data based on new research and improvements in satellite technology. Currently the NSRDB covers most of the globe and is a publicly available database of high-resolution solar resource data in the U.S. with over 150,000 users annually. NSRDB represents the state of the art in satellite-based estimation of solar resource information and uses a unique physics-based modeling approach that allows improvements in accuracy with the deployment of the next-generation geostationary satellites. This paper will cover the evolution of the NSRDB, current status of the database including estimated uncertainty and spatiotemporal scale and variability, and the advancement in modeling approach.
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