Solar-Powered Water Pumping System

Many rural areas around the globe, including Gabsongkeg village in Morobe Province, face significant challenges in accessing clean and dependable water. Although the area has an abundance of natural water, many people struggle to access it, as it is challenging to rely on unreliable or power-short grids for collecting water at home. Many techniques for gathering water fall short, as they either require a significant amount of human effort, cannot be sustained in the long term, or rely on expensive and hazardous diesel-powered pumps. The reason for this is the ongoing challenge that this study suggests a solar-driven water pump could help rural households with their water supply. A panel array comprising 400W PV modules is used to power a 160W DC water pump, providing households with sufficient water daily and storing it in a 2000-liter tank. Peak sun hours, total dynamic head, daily water demand, and the pump flow rate were all calculated to achieve the best-fitting and most efficient system. The quality of the source water was examined in detail to confirm whether it is suitable for human consumption. Replacing fossil fuels and grid electricity with solar energy, the proposed approach is perfect for applications in remote, rural communities. It appears that using solar-powered pumps enables everyone in the community to access water throughout the year, while benefiting the environment, promoting community health, and reducing energy dependency on external sources. This work presents the methods, selects suitable solar components, and examines their financial and social value, demonstrating how solar power can address water lifting problems in remote and underdeveloped areas.