Design and Implementation of a Sustainable Solar-Powered Water Purification System for Safe Drinking Water

This research presents the design and implementation of a sustainable solar-powered water purification system with the goal of providing safe drinking water in regions facing contamination of water and scarcity. The system harnesses solar energy via photovoltaic panels to generate electricity which drives an integrated purification process, thereby providing an environmentally friendly and grid-independent solution. Engineered for deployment in remote or off-grid areas exemplified with limited access to traditional water infrastructure the purifier utilizes advanced treatment techniques, including multi-stage filtration and UV sterilization, to efficiently eliminate impurities, pathogens, as well as pollutants. Comprehensive laboratory along with field tests demonstrate the system's reliability, scalability, and economic viability, presenting it as a promising alternative to conventional water treatment innovations. In addition to showcasing the technical advancements made, this research emphasizes the potential influence of renewable energy driven solutions in tackling global issues pertaining to resource sustainability as well as water safety.