太阳辐射计算和太阳系统设计工具

M. Paluch, R. Fasuga, Tomas Bilek
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引用次数: 2

摘要

本文讨论了太阳辐射和光伏系统的地图可视化和计算。本文第一部分介绍了欧盟交互式地图(光伏地理信息系统)的现状。介绍了开发该应用程序所使用的输入数据ASTER GDEM数据和地形阴影数据的计算过程。在这一部分中还讨论了太阳辐射问题以及光伏板的适当朝向和坡度与景观类型和倾角的关系。本文的第二部分致力于自定义应用程序的开发,该应用程序将太阳辐射和地形阴影可视化到地图上,并计算用户指定区域的太阳辐射。应用程序使用来自项目GMaps.NET的开放源代码控件。最后,用自己的解决方案将结果与欧盟模型进行了比较,并描述了该项目的未来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tool for Calculation of Solar Radiation and Solar Systems Design
This article deals with the visualization of maps and calculations of solar radiation and photovoltaic systems. The first part of this paper describes the current situation, the EU's interactive maps (Photovoltaic Geographical information System). It also describes the input data used for developing the application, ASTER GDEM data and describes the process of calculating the terrain shadows data. In this part is also discussed issue of solar radiation and proper orientation and slope of photovoltaic panels in relation with the type and inclination of the landscape. The second part of this article is devoted to the development of the custom application which visualizes the solar radiation and terrain shadows to the map and calculates the solar radiation for the area specified by the user. Application uses the Open Source control from the project GMaps.NET. In conclusion, results are compared to the EU model with own solutions and is described the future of this project.
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