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Development of Self-Operating Solar Energy Potential Measuring Devices using Simple Microcontroller Setup

机译:使用简单的微控制器设置开发自动运行太阳能电位测量装置

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Renewable energy known as green energy production had been rapidly developed to replace fossil fuel generators. Solar energy is one of the most utilized renewable energy because it can be obtained almost everywhere on earth. Solar energy is an unlimited energy source and it can be harvest in the safest way compared to other renewable energy source. Since the development of the photovoltaic system requires a lot of investment, preliminary testing had been carried out to uncover the solar energy potential based on the specific locations including the development of a solar energy potential measuring system. This paper presents the development of self-operating solar energy potential measuring system by using an ATmega 328P microcontroller-based setup. The system not only can measure the solar energy potential but using solar energy generates with its solar panel to operates the whole system. Based on the results, the system developed had successfully operated and measures the solar energy value at three different locations under different weather conditions.
机译:已知为绿色能源生产的可再生能源迅速发展,以取代化石燃油发电机。太阳能是最利用的可再生能源之一,因为它可以几乎可以获得地球上的任何地方。太阳能是无限的能源,与其他可再生能源相比,它可以以最安全的方式收获。由于光伏系统的发展需要大量的投资,因此已经进行了基于特定位置的初步测试来揭示包括太阳能潜在测量系统的开发的特定位置。本文通过使用基于ATMEGA 328P微控制器的设置,提出了自行运行太阳能电位测量系统的开发。该系统不仅可以测量太阳能电位,而且使用太阳能产生其太阳能电池板以操作整个系统。基于结果,该系统开发成功运行,在不同天气条件下在三个不同地点进行太阳能值。

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