Shams leverages the natural complementarity between solar energy and water systems. Floating solar panels operate at lower temperatures than land-based installations, improving efficiency and extending asset lifespan. At the same time, the panels reduce water evaporation, preserving millions of cubic meters of freshwater each year. This conserved water supports agriculture, drinking supply, and national water security, particularly during periods of drought. By producing solar energy during the day, Shams also enables hydroelectric resources to be preserved and deployed more strategically during peak demand, creating an optimized and balanced energy system.

Shams delivers immediate and quantifiable impact at national level. With an installed capacity of 1 gigawatt, the project will generate approximately 2 terawatt-hours of clean electricity annually, supplying millions of citizens with reliable, carbon-free energy. It will reduce CO₂ emissions by more than one million tons each year, contributing directly to Morocco’s climate commitments. By utilizing reservoir surfaces instead of land, the project preserves large areas for agriculture and natural ecosystems. In parallel, Shams will save significant volumes of freshwater annually by reducing evaporation, strengthening Morocco’s resilience to water stress and climate variability.