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| Noor Ouarzazate Solar Complex | |
|---|---|
| Name | Noor Ouarzazate Solar Complex |
| Country | Morocco |
| Location | Ouarzazate |
| Status | Operational |
| Construction begin | 2013 |
| Commissioned | 2016–2018 |
| Owner | Moroccan Agency for Sustainable Energy |
| Solar type | Concentrated solar power; Photovoltaic |
| Capacity mw | 580–1600 (staged) |
| Area | 3,000+ hectares |
Noor Ouarzazate Solar Complex is a large-scale solar energy installation near Ouarzazate, Drâa-Tafilalet, Morocco, designed to supply renewable electricity to regional and national grids. The complex integrates concentrated solar power and photovoltaic technologies and is a flagship project of national renewable strategy, attracting international partners and multilateral finance institutions. It supports Morocco's commitments made in international forums and aligns with North African and European energy cooperation initiatives.
The complex sits near Atlas Mountains foothills outside Ouarzazate and comprises multiple plants using different technologies developed by firms from Spain, United States, Germany, and China. Promoted under the leadership of the Moroccan Agency for Sustainable Energy and aligned with directives from the Kingdom of Morocco, the project responds to targets set in the Moroccan Solar Plan and the National Renewable Energy Program. Achievements are often cited alongside projects such as Noor I, Noor II, Noor III, Iberdrola developments, and regional transmission initiatives connecting to Midelt and the Integrated Mediterranean Energy Market.
Initial studies involved consultants and contractors tied to agencies like the World Bank, African Development Bank, and European Investment Bank, with technical input from firms such as ACWA Power, BrightSource Energy, Siemens, and Abengoa. Groundbreaking took place following memoranda invoking partnerships with bilateral donors including Japan International Cooperation Agency and Agence Française de Développement. The phased commissioning occurred between 2016 and 2018, during a period concurrent with international climate agreements like the Paris Agreement and energy transition dialogues at the United Nations Climate Change Conference sessions.
The complex integrates concentrated solar power (CSP) technologies—specifically parabolic trough and solar power tower systems—and photovoltaic (PV) arrays. The parabolic trough arrays and molten-salt or synthetic oil heat-transfer systems were developed with contributions from SENER, Siemens Energy, and ACWA Power, while the power tower unit involved design input related to concepts pioneered by PS10 Solar Power Plant and companies linked to BrightSource Energy. Photovoltaic fields utilize modules supplied by manufacturers from China National Chemical Engineering, JinkoSolar, and European suppliers. Thermal energy storage uses molten salt technologies influenced by demonstrations at Gemasolar and other CSP testbeds.
Phased nameplate capacities ranged from initial 160 MW CSP to combined capacities reaching several hundred megawatts; later expansions and PV additions target cumulative capacities approaching or exceeding 580 MW to 1,600 MW depending on reporting metrics and planned stages. Reported operational metrics relate to capacity factor estimates derived from irradiance data from the Sahara Desert margins and performance modeling techniques used by institutions like International Renewable Energy Agency and International Energy Agency. The plant contributes to Morocco’s aim to source a significant share of electricity from renewables by 2030, a target discussed alongside national plans presented to the United Nations Framework Convention on Climate Change.
Environmental assessments referenced by financiers considered impacts on local ecosystems near the Drâa River basin and cultural landscapes associated with the Atlas Mountains and nearby historic sites in Ouarzazate Province, with mitigation measures informed by standards from World Bank Group and European Bank for Reconstruction and Development. Economically, the complex created construction-phase employment linked to contractors like ACWA Power and Abengoa, stimulated supply chains involving firms from Spain, Germany, China, and attracted tourism interest due to visitors to nearby film locations such as the Atlas Studios (connected to productions like Gladiator and Game of Thrones). The project also features in energy security dialogues with partners including European Union energy policymakers and regional trade discussions with Algeria and Mauritania.
Primary ownership and project management involve the Moroccan Agency for Sustainable Energy in partnership with private operators including ACWA Power, Masen, and consortium members from Saudi Arabia and Europe. Financing combined equity and debt from multilateral institutions such as the World Bank, African Development Bank, European Investment Bank, and export credit agencies from Japan and France. Power purchase arrangements were negotiated with Morocco’s national utility Office National de l'Électricité et de l'Eau Potable, reflecting long-term contracts similar in structure to those used in international independent power projects involving firms like Engie and EDF.
Planned upgrades and expansions reference technological pathways promoted by International Renewable Energy Agency and research centers such as Masdar Institute and CENER. Potential additions include increased molten-salt storage capacity, hybridization with battery storage systems developed by firms like Tesla, Inc. and Siemens Gamesa, and further PV deployments using next-generation modules from suppliers like First Solar and Trina Solar. Regional energy integration proposals contemplate stronger transmission links to the European Network of Transmission System Operators for Electricity and bilateral interconnectors proposed in Mediterranean energy forums.