Atmospheric Water Generator Using Smart Automation Systems

This paper aims to solve an ongoing issue. Coastal areas show high relative humidity, typically 70-80%. Therefore, propose the use of ventilation from these sources as a sustainable solution to meet water demand through the installation of dehumidifier units. Furthermore, it is noteworthy that sun insulation remains exceedingly increased in these particular regions at some point in the year. This tool serves the crucial function of providing requisite strength to the dehumidifier unit. As such, potable water will be procured via ambient air by leveraging sun power. This state-of-the-art piece of device is identified as an Atmospheric Water Generator in English terminology. Also enhance the sustainability of the paper, we can integrate this with green technology. So it can also leverage renewable energy sources, which include the use of solar panels, optimizing energy efficiency, and incorporating recycled and biodegradable materials. So need to take care of Implementing water-saving features and can also promote local production and further mitigation of environmental impact when conducting Life Cycle Assessment (LCA). It ensures continuous improvement. By adopting the above principles, AWGs can provide a sustainable solution to water scarcity while maintaining and minimizing ecological harm.