Image Acquisition with Wide-angle Camera for Sun Location Tracking

Oğuz Gora, T. Akkan
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Abstract

Solar energy has a very high potential as a renewable energy source. Besides, it is observed that the desired levels are not achieved in the efficiency of the systems based on solar energy (especially the systems set-up with photovoltaic solar panels). Therefore, the studies on solar cell technology and other solutions related to efficiency have been continuing. As a preferred solution to increase efficiency of energy production systems based on solar energy is solar tracking. In this study, an embedded system with a wide-angle camera is used to define the sun trajectory. With this system, image data are recorded in the defined date and time range, and improvement studies are carried out to create the geometric form of the sun based on these images. Obtained images will be the basis for the progressive studies to identify the location of the sun in the sky angular manner.
基于广角相机的太阳位置跟踪图像采集
太阳能作为一种可再生能源具有很高的潜力。此外,我们观察到,基于太阳能的系统(特别是安装光伏太阳能电池板的系统)的效率没有达到预期的水平。因此,对太阳能电池技术和其他与效率相关的解决方案的研究一直在继续。太阳能跟踪是提高基于太阳能的能源生产系统效率的首选解决方案。在本研究中,使用了一个带有广角相机的嵌入式系统来定义太阳轨迹。使用该系统,在定义的日期和时间范围内记录图像数据,并根据这些图像进行改进研究,以创建太阳的几何形状。获得的图像将成为进一步研究确定太阳在天空中角度方式位置的基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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