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Designing of Solar Cell Panel Sun Chasing System on Basis of MSP430 Micropower Single Chip Microcomputer

机译:基于MSP430微型计算机微型计算机的太阳能电池板防晒系统的设计

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The system uses MSP430 micropower single chip microcomputer as controller and data processing chip in order to improve power generation efficiency of solar panel. Sunlight analog quantity measured by sensor is sampled by AD with skillful using of circular array light sensor to determine sunlight position on basis of obtained coding. Therefore, 2 steering engines can seek sunlight in 2 free degrees and make solar cell panel to generate the maximum output generation by pointing at direct sunshine position. Meanwhile, application of adaptive algorithm helps to improve detection accuracy of sunlight position. This essay focuses on discussing hardware realization method and software algorithm for accurate positioning of sun chasing system.
机译:该系统采用MSP430微功率单片机作为控制器和数据处理芯片,以提高太阳能电池板的发电效率。通过传感器测量的Sunlight模拟量通过AD采样,使用圆形阵列光传感器的熟练使用,以基于获得的编码来确定阳光位置。因此,2个转向发动机可以在2个自由度中寻找阳光,使太阳能电池板通过指向直接阳光位置来产生最大输出产生。同时,自适应算法的应用有助于提高阳光位置的检测精度。本文专注于讨论硬件实现方法和软件算法,以实现太阳追逐系统的准确定位。

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