基于太阳能的车载式自动跟踪系统设计

Design of Vehicle Mounted Automatic Tracking System Based on Solar Energy

目前,太阳能跟踪方式普遍存在一些问题,集中体现在受地域、时间季节和天气等方面的影响,跟踪设备均需在静止状态下安装,不可随意移动,使用范围相对较窄。因此,研究物体在移动状态下如何使太阳能电池获得最大转换效率,采用新型三维光敏传感技术,实时快速跟踪太阳方位。这种设计能实现全方位跟踪,满足物体在运动状态下的需求,具有成本低廉、跟踪精确的优点,以推动国内太阳能电池的应用。

At present,there are some problems in the solar tracking method, which are mainly reflected in the area,the time season, the weather and so on. The tracking devices are all installed in the static state,and can not be moved at will,so that the application range is relatively narrow.This paper mainly studies how to maximize the conversion efficiency of solar cells when moving objects.The basic principle is the use of new three-dimensional photosensitive sensing technology,real time fast tracking of the sun azimuth.Compared with the traditional tracking method,this design is characterized by full tracking,meeting the needs of moving objects in motion.This design has the advantages of low cost and accurate tracking.The purpose of this study is to promote the application of domestic solar cells and make them more popular.