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Matlab simulation of solar panel MSX-64 at the best locations of Kermanshah province using GIS interpolation

机译:使用GIS插值法在克尔曼沙赫省最佳位置的Matlab MSX-64太阳能电池板仿真

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Considering that the effective yield of a panel is equal to its total number of hours of solar radiation and temperature, only the effects of temperature and solar radiation intensity at the maximum power point (MPP) are investigated in this article. By collecting temperature data, sun's radiation hours from six synoptic meteorological stations in Kermanshah Province over the course of an eleven-year period (1995-2005), with the use of GIS software, a map of Kermanshah Province's temperature and radiation based on plotted latitude and longitude as well as the establishment of regression, the most suitable location for solar panels is proposed. In this MATLAB software simulation using the characteristics of panel MSX-64, all parameters have been considered and determined by the characteristics of the panel. Throughout the process, the design has been based on four parameters as the primary specifications of the solar panels: Isc, Voc, Imp, Vmp. With the ability to simulate other solar panels with temperatures and radiation intensity corresponding to each area, the I-V curve of each custom solar panel can be drawn, making it possible to obtain the maximum power.
机译:考虑到面板的有效产量等于其太阳辐射小时数和温度的总小时数,本文仅研究温度和太阳辐射强度在最大功率点(MPP)的影响。通过收集温度数据,在十一年期间(1995年至2005年)使用Kermanshah Province六个天气气象站的太阳辐射小时数,并使用GIS软件,根据绘制的纬度绘制了Kermanshah省的温度和辐射图和经度以及回归的建立,提出了最适合太阳能电池板的位置。在此使用面板MSX-64的特性进行的MATLAB软件仿真中,已考虑并确定了面板参数的所有参数。在整个过程中,设计基于四个参数作为太阳能电池板的主要规格:Isc,Voc,Imp,Vmp。通过模拟温度和辐射强度与每个区域相对应的其他太阳能电池板的能力,可以绘制每个定制太阳能电池板的I-V曲线,从而可以获得最大功率。

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