IoT Enabled Solar Powered Water Purification System for Rural Areas

B. M. L, Rani Fathima Kamal Basha, Kanagaraj Venusamy, Santhiya. M, S. R
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Abstract

According to research, rather than depending on the unpredictable rain or transporting water from far places, the purification of water from the available water in that particular geographical location is considered as a permanent and best solution. to quench the thirst of the rural areas and to overcome the problem of the drinking water scarcity. For example, purification of sea water or contaminated water in that particular location. Our work is the solution for the above-mentioned problem as it brings a remedy by assembling a water purification system that works on Renewable energy. The purification system works based on the principle of Reverse Osmosis (RO). Solar powered energy is the main source of the purification system. The battery provides the uninterrupted power supply to the system which is connected through a charge controller which prevents overcharging. A Buck boost converter is connected between the battery and the purification unit. The purification unit consists of an air mass motor, reverse Osmosis (RO) system and a water storage tank. The air mass pressure holds out reverse diffusion. The microcontroller 8051 checks water level and the pH value of the pure water in the storage tank and prevents it from overflowing.
基于物联网的农村太阳能水净化系统
根据研究,与其依赖不可预测的降雨或从遥远的地方运水,还不如从特定地理位置的可用水中净化水,这被认为是一种永久的最佳解决方案。为农村地区解渴,解决饮水短缺问题。例如,净化该特定地点的海水或受污染的水。我们的工作是解决上述问题的方法,因为它通过组装可再生能源的水净化系统来补救。该净化系统的工作原理是反渗透(RO)。太阳能是净化系统的主要能源。电池为系统提供不间断的电源,系统通过充电控制器连接,防止过充。Buck升压转换器连接在电池和净化装置之间。净化装置由一个气团马达、反渗透(RO)系统和一个储水箱组成。空气团的压力阻止了反向扩散。单片机8051检测水箱中纯水的水位和pH值,防止其溢出。
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