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Automation of solar panel assessment system

机译:太阳能电池板评估系统的自动化

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摘要

Light, motion and distance are the basic and most important parameters. Thus measurement of such parameters is a crucial task in many systems. Conventional method includes human evaluation which is non-accurate, non-reliable and slow process. Thus in order to improve the systems reliability, accuracy a system which does not require human interruption and can sustain in any conditions is developed in this study. The Raspberry Pi is interfaced with light sensor (LDR), motion sensor (PIR) and distance sensor (Ultrasonic) in order to form a system.
机译:光,运动和距离是基本和最重要的参数。因此,这些参数的测量是许多系统中的一个重要任务。常规方法包括人类评估,其是非准确的,不可靠和缓慢的过程。因此,为了提高系统的可靠性,精度不需要人类中断的系统,并且可以在本研究中开发任何条件。覆盆子PI与光传感器(LDR),运动传感器(PIR)和距离传感器(超声波)接口,以形成系统。

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