IoT Based Smart Solar Atmospheric Water Harvesting System
E. C. G. Sudarshan, Seena Naik Korra, KM Prof. Rajasekharaiah, S Venkatesulu, A. Harshavardhan
Abstract
Atmospheric Water Harvesting (AWH) is a device that extracts water droplets from a humid or fog ambient air. It can extract the water droplets by cooling the humid or fog vapours at its dew point or below, exposing or compressing air to desiccants. AWHs are very easy to get clean water here because small amounts of water can always be extracted from the air where water is almost impossible to get. The two main methods of cooling and desiccant can be solved with the Internet of Things (IoT) of solar power panel. If sufficient wind speed is not available to rotate the vertical-axis wind turbine (VAWT) the device receives power from solar panels, otherwise the VAWT will rotate with the help of wind speed and IoT devices will be used to monitor the situation. Here the enough power gets from the solar panel to IoT device and to the turbine. Here, this IoT device checks if the turbine is running, if not with the help of a built-in motor it will run. We have embedded an IoT device to monitor; if there is no air flow in the atmosphere, the IoT motor will intelligently run solar-powered spiral wind turbines. The IoT device collects data as needed, such as water availability, location, temperature and images of animals.