Researchers have developed a hybrid water pumping system that harnesses the power of wind and solar energy, offering a sustainable and cost-effective solution for irrigation in rural areas. . In the sun-scorched fields of Tunisia's Sidi Bouzid region, a quiet revolution is underway, one that could reshape the future of agricultural irrigation and renewable energy integration. In preparation for. . " (ACCISI-GEM) is a practical demonstration of the Water-Energy-Food-Ecosystems (WEFE) Nexus approach in a coastal wetland in Tunisia. It is implemented by GWP-Med and co-funded by the Maltese Ministry for Foreign and European Affairs and Trade (MFET) and the GEF UNEP MedProgramme, within Child pr. . The project pilot aims to reduce water use and energy consumption in southern Tunisia, which is threatened by water scarcity, desertification, and the impact of climate change. The system is composed of: A gravity filter is installed to filter irrigation water. This filter is connected to a. . HOMER software is a powerful tool for optimizing energy-eficient irrigation prac-tices and assessing the best mix of renewable and conventional energy resources to meet specific needs. Keywords: groundwater, irrigation, solar energy, HOMER, Tunisia. Groundwater is an important natural resource in. . EcoSync, with its high-efficiency products and localized partnerships, has successfully implemented multiple solar projects in Tunisia, Algeria, and Morocco — supporting diverse industries in achieving a sustainable energy future. In the capital city of Tunis, EcoSync partnered with Disway Tunisia. .
