Baghdad – Iraq’s largest hydroelectric power plant at Mosul Dam has resumed operations after nine months of closure. This restart aims to reduce power outages and support the national energy grid.
The Iraqi Electricity Ministry confirmed that the Mosul Dam hydroelectric plant restarted after shutting down due to low water levels in the reservoir. Officials say the move ensures a more stable electricity supply and meets the needs of citizens across Iraq.
The Mosul Dam, located on the Tigris River in northern Iraq, is the country’s largest reservoir. The Ministry of Water Resources stated that the dams are structurally sound. Their storage capacity can handle potential heavy rainfall in the future.
Water shortages forced the hydroelectric plant to remain offline for nine months. Iraq now faces its lowest water levels in 80 years because of poor rainfall and reduced flow in the Tigris and Euphrates rivers.
Rising temperatures and a five-year drought have worsened the situation. Baghdad often criticizes upstream dams in Turkey and Iran, which significantly reduce water inflow to Iraq’s rivers. These factors directly affect hydroelectric production and the nation’s electricity supply.
Despite challenges, Iraq increased its electricity output from hydroelectric facilities in 2024, producing 3.49 million megawatts, up from 1.38 million megawatts in 2023. The Mosul, Haditha, and Samarra dams remain central to stabilizing the national grid and lowering dependency on gas.
Officials continue monitoring water levels to prevent future interruptions. The Mosul Dam hydroelectric power plant now contributes to energy security, helping businesses, households, and critical services across Iraq.
Experts note that hydroelectric energy plays a vital role in Iraq’s long-term energy strategy. It reduces reliance on fossil fuels, supports sustainable development, and strengthens national resilience against extreme weather events.
Overall, the Mosul Dam restart is a positive development for Iraq’s electricity network. Authorities urge citizens to conserve energy while continuing efforts to optimize water and power resources.