Distributed Solar Strategy Gains Momentum as Morocco Begins Work on 305 MW Noor Atlas Program

Morocco is advancing its renewable energy transition with the launch of construction on the 305 MW Noor Atlas solar program, a project that reflects the country’s evolving strategy toward distributed solar generation and grid resilience.

The initiative, being implemented by Moroccan Agency for Sustainable Energy (Masen) in collaboration with National Office of Electricity and Drinking Water (ONEE), will deploy six photovoltaic plants across multiple regions of the country. Unlike large centralized solar complexes, the Noor Atlas program focuses on geographically dispersed installations designed to strengthen electricity access and grid stability across remote and underserved areas.

The solar plants will be developed in locations including Ain Béni Mathar, Boudnib, Bouanane, Enjil, Tata, and Tan-Tan, collectively delivering 305 MW of renewable capacity once operational. By distributing solar generation across different provinces, the program aims to reduce transmission pressure on the national grid while supporting regional economic development.

The project also highlights Morocco’s continued ability to mobilize international financing for renewable infrastructure. Development institutions such as the KfW and the European Investment Bank are contributing to the funding structure, reflecting strong global confidence in Morocco’s renewable energy roadmap.

Industry observers view the Noor Atlas program as a key step in the country’s broader clean energy strategy, which seeks to expand renewable generation while improving energy security. Morocco currently relies heavily on imported fossil fuels, and scaling solar capacity has become central to reducing that dependency.

Once completed, the plants will feed electricity into the national grid operated by ONEE and support Morocco’s target of achieving more than 50% renewable electricity capacity by 2030. Construction activities have already begun, with commissioning expected around 2027.

Beyond adding new solar capacity, the Noor Atlas initiative signals a shift toward distributed renewable infrastructure that can enhance system flexibility and strengthen power supply reliability in regions where demand continues to grow.