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| Noor Solar Power Station | |
|---|---|
| Name | Noor Solar Power Station |
| Country | Morocco |
| Location | Ouarzazate |
| Status | Operational |
| Commissioning | 2016–2019 |
| Owner | Moroccan Agency for Sustainable Energy (MASEN) |
| Solar type | Concentrated Solar Power (CSP), Photovoltaic (PV) |
| Capacity mw | ~580 |
Noor Solar Power Station Noor Solar Power Station is a multi-stage solar energy complex near Ouarzazate in Morocco that combines concentrated solar power and photovoltaics to supply electricity to the Moroccan grid, support renewable energy targets, and foster regional development. The project is a flagship initiative of the Moroccan Agency for Sustainable Energy and has drawn partnerships with international financiers, engineering firms, and technology providers. Noor has served as a model for large-scale solar power deployments across Africa and has been referenced in discussions at venues such as the United Nations Climate Change Conference and forums involving the African Development Bank.
Noor was developed to help Morocco meet commitments under the National Renewable Energy and Energy Efficiency Strategy, linking to broader initiatives like the United Nations Sustainable Development Goals and the Paris Agreement. The complex showcases technologies promoted by actors including Abengoa, ACWA Power, Siemens, BrightSource Energy, Masdar, Taqa, and Schneider Electric. Noor’s profile has been discussed by institutions such as the World Bank, European Investment Bank, Asian Infrastructure Investment Bank, and International Renewable Energy Agency in analyses of solar thermal and utility-scale solar economics.
The site sits on the edge of the Sahara Desert near Ouarzazate Airport and adjacent to the Atlas Mountains, leveraging high direct normal irradiance and large tracts of arid land. Its proximity to transport links such as the N13 road (Morocco) and regional centers including Marrakesh and Errachidia facilitated logistics for large-scale construction. The location required coordination with the Ministry of Interior (Morocco), regional authorities in Drâa-Tafilalet, and local communities in Ait Ben Haddou-adjacent communes for land use, service provision, and cultural heritage considerations.
The complex integrates multiple technology tandems: parabolic trough CSP with thermal energy storage, solar power tower technology, and photovoltaic arrays, each provided by different industrial consortia. CSP components draw on engineering practices from SENER, Acciona, Siemens Gamesa, and General Electric subsidiaries, while PV modules were supplied by manufacturers such as First Solar, Trina Solar, JinkoSolar, and EPC firms like TBEA. Thermal storage uses molten salt systems influenced by designs from BrightSource Energy and operational paradigms tested at projects like Ivanpah Solar Power Facility and Andasol. Control systems and grid integration referenced standards from International Electrotechnical Commission and coordination with Office National de l'Electricité et de l'Eau Potable (ONEE).
Noor developed in phases: Noor I (parabolic trough concentrated solar power with ~160 MW gross), Noor II and Noor III expanding CSP and tower capacities, and subsequent PV fields increasing overall output. The phased approach mirrored international projects such as Gemasolar, Solana Generating Station, and Shams 1 in sequencing capacity, dispatchability, and storage additions. Combined capacity approaches several hundred megawatts, contributing to Morocco’s target of 52% renewable electricity by 2030 and interfacing with national transmission assets managed by ONEE and distribution networks overseen by entities like Redal and Lydec.
Construction engaged international contractors, financiers, and technical consultants from institutions including VINCI, Bouygues, ACS Group, Sumitomo Corporation, and consulting firms such as McKinsey & Company and Deloitte for project management and due diligence. Operation and maintenance arrangements involved local workforce training programs linked to universities such as Université Cadi Ayyad and vocational centers supported by the European Union and German Agency for International Cooperation. Grid synchronization, testing, and commissioning followed protocols from International Energy Agency guidelines and involved oversight by regulatory bodies like Autorité Marocaine de Régulation de l'Electricité.
Environmental assessments referenced conservation frameworks such as those promoted by the International Union for Conservation of Nature and considered impacts on nearby ecosystems including desert flora and fauna studied by researchers affiliated with Mohammed V University and Al Akhawayn University. Socioeconomic benefits cited include job creation, skills transfer, tourism linkages to sites like Kasbah Taourirt and Aït Benhaddou, and reduced fossil fuel imports affecting trade balances with partners like Algeria and Spain. The project has been evaluated in academic literature published through institutions like University of Oxford, MIT, Harvard Kennedy School, and Sciences Po for its role in energy transition in North Africa.
Primary ownership and coordination are attributed to the Moroccan Agency for Sustainable Energy (MASEN), with funding and guarantees provided by multilateral lenders such as the World Bank Group, European Investment Bank, African Development Bank, and bilateral partners including Agence Française de Développement and KfW. Project finance structures involved export-credit agencies like Euler Hermes and Coface, commercial banks such as BNP Paribas and HSBC, and investment from sovereign wealth funds including entities like Mubadala Investment Company and Qatar Investment Authority in parallel discussions. Public-private partnership models were structured in line with procurement norms influenced by World Bank Procurement Guidelines and investment frameworks used by the International Finance Corporation.
Category:Solar power stations in Morocco Category:Renewable energy in Africa