Microcontroller based Automatic Sun Tracking Solar Panel

T. Tirupal, K. Joshna, M. Laharika, A. Gouthami, M. Lakshmi
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引用次数: 1

Abstract

The solar industry is a worth billions of dollars industry. This produces 20 GW of power, which is insufficient for processing. Every day, the Sun brightens the globe by irradiating a massive amount of energy, the bulk which one is lost or not utilized as a result of improper solar panel installation the conversion of solar energy to electrical energy is significantly higher when the solar panel is constantly placed 90 degrees to the sun. To build an automatic solar panel using ATMega328 controller, we'll use two Light sensors (Light dependent resistors) to detect light and a servo motor to spin the solar panel in the position of the sun rays. The benefit of this concept is that the solar panel will constantly track light from the sun and will regularly charge when facing the sun, and offer the maximum amount of power.
基于单片机的自动太阳跟踪太阳能电池板
太阳能产业是一个价值数十亿美元的产业。这产生了20吉瓦的电力,不足以进行加工。每天,太阳通过照射大量的能量照亮地球,由于太阳能电池板安装不当,大量的能量丢失或未被利用。当太阳能电池板不断与太阳成90度时,太阳能到电能的转换显着更高。为了使用ATMega328控制器构建一个自动太阳能电池板,我们将使用两个光传感器(光相关电阻)来检测光和一个伺服电机来旋转太阳能电池板在太阳光线的位置。这个概念的好处是太阳能电池板将持续跟踪来自太阳的光,并在面对太阳时定期充电,并提供最大的能量。
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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