基于Arduino的双轴智能太阳能跟踪系统

M. Karthik, R. Vishnu, M. Vigneshwar, M. Logaeshwar
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摘要

全球最重要的问题之一是能源危机。这个问题的潜在解决方案是可再生能源。近年来,太阳能电池板被更频繁地用于将太阳能转化为电能。它价格合理,对环境几乎完全安全。用来发电的电磁辐射被它释放出来。主要目标是开发一种可行的自主太阳能跟踪系统,该系统可以移动太阳能电池板,使其始终与太阳垂直。在这个系统中,传感器将是一个光敏电阻。双轴太阳能电池板上的横轴和纵轴是旋转的,这样可以提高设备的效率。因此,双轴提供了行星相对于太阳高度的精确控制。这将提供更好的面板效率。
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Arduino based Dual Axis Smart Solar Tracking System
One of the most important concerns across the globe is energy crisis. The potential solution for this problem is renewable energy. In recent years, solar panels have been employed more frequently to transform solar energy into electrical energy. It is reasonably priced and almost completely safe for the environment. The electromagnetic radiation that is used to produce electricity is released by it. The major goal is to develop a workable autonomous solar tracking system that moves the solar panel so that it remains always perpendicular to the sun. In this system, the sensor will be a photoresistor. The horizontal and the vertical axes on the dual axis solar panel are rotated, so that the efficiency of the device can be increased. Hence, the dual axis provides precise control of planet elevation relative to the sun. This will provide better efficiency of the panel.
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