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| Noor Ouarzazate | |
|---|---|
| Name | Noor Ouarzazate |
| Country | Morocco |
| Location | Ouarzazate |
| Status | Operational |
| Commissioned | 2016–2019 |
| Owner | Masen (Moroccan Agency for Sustainable Energy) |
| Technology | Concentrated Solar Power, Photovoltaics |
| Capacity mw | 580 |
| Area ha | 3000 |
Noor Ouarzazate is a large-scale concentrated solar power (CSP) and photovoltaic (PV) complex near Ouarzazate in southern Morocco. Conceived under the auspices of Masen (Moroccan Agency for Sustainable Energy), the complex integrates multiple CSP technologies and thermal energy storage to deliver utility-scale electricity to the National Office of Electricity and Drinking Water (ONEE), contributing to Morocco's renewable energy targets alongside projects like Jorf Lasfar and regional initiatives involving African Development Bank funding. The project has drawn attention from international partners including World Bank, European Investment Bank, Asian Development Bank, Abengoa, Siemens, and ACWA Power.
Noor Ouarzazate is one of the world's largest concentrated solar complexes, situated near the Atlas Mountains and the Sahara Desert, benefitting from high direct normal irradiance similar to sites used by Ivanpah Solar Power Facility, Gemasolar, and PS20. The site was developed as part of Morocco's national renewable program led by Masen (Moroccan Agency for Sustainable Energy), targeting a diversified energy mix alongside imports from Spain and hydroelectric schemes like Bin el Ouidane. International finance and engineering consortia, including Masdar, ACWA Power, Taqa, Siemens Gamesa, Abengoa, and SolarReserve, participated in construction and commissioning phases between 2016 and 2019.
Initial planning traces to Moroccan energy policy reforms under King Mohammed VI and strategic frameworks aligned with the Organisation of Islamic Cooperation regional energy dialogues and commitments to United Nations Framework Convention on Climate Change. Construction of the Noor complex occurred in phases: Noor I (parabolic trough with heat transfer fluid) executed by ACWA Power and Mitsubishi Heavy Industries; Noor II and Noor III incorporating different CSP configurations and contractors such as Sener and Abengoa; and Noor IV adding photovoltaic capacity through contractors including Masdar and Enel Green Power. Financing blended loans and grants from institutions like the World Bank, European Investment Bank, French Development Agency (AFD), German KfW, and the African Development Bank, with equipment and expertise supplied by firms such as Siemens and Schneider Electric.
The complex comprises combined CSP and PV installations totaling approximately 580 megawatts of installed capacity, spread across several square kilometers. Noor I is a 160 MW parabolic trough plant with synthetic oil heat transfer and a molten salt storage component later integrated; Noor II is a 200 MW parabolic trough field; Noor III is a 150 MW tower (central receiver) facility with molten salt thermal storage providing several hours of dispatchable capacity; Noor IV is a ~70 MW photovoltaic array using crystalline silicon modules from suppliers like First Solar and JinkoSolar. Grid connection interfaces with ONEE transmission networks and comply with standards promoted by International Electrotechnical Commission and grid codes similar to those used by ENTSO-E.
Noor employs a range of CSP technologies including parabolic trough collectors, central receiver towers, heliostat fields, heat transfer fluids (synthetic oil, molten salt), and thermal energy storage systems modeled on demonstrations like Gemasolar and PS10. Key suppliers and engineering partners included Abengoa, Sener, ACWA Power, Masdar, Mitsubishi Heavy Industries, and Siemens. Instrumentation and control systems incorporate SCADA platforms used by utilities such as ABB and Schneider Electric, while solar field components—heliostats, receivers, and mirrors—were sourced from industrial manufacturers with experience in projects like Ivanpah and Solana Generating Station.
Environmentally, the Noor complex reduces fossil fuel consumption and associated emissions compared with coal-fired plants like Jorf Lasfar and aligns with Morocco's commitments under Paris Agreement. Studies referencing methodologies from Intergovernmental Panel on Climate Change estimate significant reductions in CO2 equivalent annually compared with equivalent thermal generation. Socioeconomically, the project created jobs during construction and operations, involved Moroccan contractors such as OCP Group and local suppliers, and spurred capacity building at institutions like Université Mohammed V and regional training centers. Water use for mirror cleaning and cooling raised concerns referenced in assessments similar to analyses by International Renewable Energy Agency and World Wildlife Fund.
Operational performance is overseen by Masen in coordination with operators from international consortia; Noor provides dispatchable electricity using molten salt storage to smooth intermittency, with performance benchmarks compared to plants such as Gemasolar and Solana Generating Station. Availability and capacity factors vary by unit: tower technology in Noor III achieves higher thermal storage efficiency paralleling data from SolarReserve demonstrations, while parabolic trough fields have operational profiles akin to Andasol. Grid integration required coordination with ONEE and regional balancing mechanisms influenced by interconnections with Spain via undersea cables and bilateral frameworks.
Controversies include debates over water consumption in arid regions that reference case studies from World Resources Institute and criticisms analogous to disputes surrounding Ivanpah over avian impacts and land use. Financing complexity and cost overruns invoked scrutiny similar to analyses by International Energy Agency and Transparency International regarding large-scale infrastructure procurement, while maintenance of CSP components has faced supply-chain and workforce training challenges reminiscent of early operations at Gemasolar and Solana Generating Station. Political and social critiques referenced regional development concerns voiced by local groups and NGOs aligned with Amnesty International-style advocacy on equitable benefits.
Category:Solar power stations in Morocco Category:Renewable energy in Morocco