Approach to advanced clearness index modelling

I. Petrović, M. Vrazic
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引用次数: 2

Abstract

Modeling of photo-voltaic (PV) system electrical energy production is necessary in order to determine the most efficient parameters (slope, azimuth, etc.) at the location of planed PV system. The most common methods in PV plant modelling use multi-year average input values of irradiation and temperature for a selected location. When using multi-year averages it is necessary to take into consideration possibilities of single year variations. Each year can deviate more or less from the average values, which can be assessed by comparing the last few years with the average year, possible only if the measured data for the specified location is available. In this research a single year of measured data is used to find a better description of the location for the existing PV systems. The results will later enable better modelling of any PV system in the area near the provided PV and measuring systems. Clearness index is a ratio of the solar irradiation on the horizontal surface on Earth and irradiation at the top of the atmosphere.
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高级清晰度指数建模方法
为了确定平面光伏系统位置上最有效的参数(坡度、方位角等),有必要对光伏系统的电能生产进行建模。光伏电站建模中最常见的方法是使用选定位置的多年平均辐照和温度输入值。在使用多年平均值时,有必要考虑到单年变化的可能性。每年都可能或多或少地偏离平均值,这可以通过将过去几年与平均值进行比较来评估,只有在特定地点的测量数据可用的情况下才有可能。在这项研究中,使用了一年的测量数据来更好地描述现有光伏系统的位置。这些结果将使在提供的PV和测量系统附近的任何PV系统的更好的建模成为可能。清晰度指数是地球水平面上的太阳辐照与大气层顶部的辐照的比值。
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