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首页> 美国政府科技报告 >Solar Radiation Data Forecast and Interpolation Analysis. Folder I: Part I. Executive Summary; Part II. Technical Analysis (Tasks I and II); Part III. Appendices (Tasks I and II). Final Report
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Solar Radiation Data Forecast and Interpolation Analysis. Folder I: Part I. Executive Summary; Part II. Technical Analysis (Tasks I and II); Part III. Appendices (Tasks I and II). Final Report

机译：太阳辐射数据预测与插值分析。文件夹I：第一部分。执行摘要;第二部分。技术分析（任务I和II）;第三部分。附录（任务I和II）。总结报告

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Data were evaluated from the rehabilitated 52-station SOLMET solar radiation network. For economic reasons, it is important that solar radiation data measured at a station represent as broad an area within the contiguous United States as possible, and that techniques be established to transform radiation measurements taken on a horizontal surface to what would be seen by an inclined surface. Methods applicable to these problems have been developed. A Climatological Cell Statistics (CCS) Method was developed to obtain the statistics of up to 24 variables occurring in combination with each other using surface meteorological data and to relate these statistics to the solar radiation measurements. A method to evaluate the differences between two insolation data sets, called the Wedge Method, was developed to determine the representative area of a radiation measurement site. These methods were used to evaluate the capabilities of the NOAA Solar Radiation Model to interpolate between measurement sites. Twenty-four methods of calculating solar radiation on inclined surfaces were investigated. All algorithms were rewritten in a common convention and nomenclature and the measurements required for each method were categorized. (ERA citation 05:015092)

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