At the intersection of Europe's industrial reshoring, supply chain regionalization, and the restructuring of the new energy value chain, Morocco — just across the Strait of Gibraltar from Europe — is evolving from a North African manufacturing base into a critical extension of Europe's industrial value chain.
When people think of Morocco, they may think of Europe's near neighbor, Mediterranean ports, a tourism destination, or an emerging market with relatively competitive labor costs. But after visiting Renault's Tangier plant, the Tanger Med port complex, free zones, and industrial platforms on the ground, my impression became much clearer: Morocco is becoming one of the rare industrial nodes outside Europe.
It is close to Europe, but not part of Europe's high-cost manufacturing system. It is connected to European rules and markets, while still offering North African manufacturing cost advantages. It has ports, free zones, vehicle plants, supplier ecosystems, and growing potential in new energy materials. Just as importantly, it has a development-oriented government that is willing to commit to long-term industrial building.
If Europe is entering a new era of industrial reshoring, Morocco is emerging as a new nearshore back base for Europe's automotive value chain.
From Manufacturing Base to Scaled Export Platform: Morocco's Automotive Industry Is Taking Off
In 2025, Morocco had a population of around 36.8 million, while its domestic new vehicle market has long remained at roughly 160,000 to 200,000 units a year. Its real value, therefore, does not lie in the size of its local consumer market. It lies in its exceptional proximity to Europe, which has helped Morocco develop into a manufacturing and export stronghold for vehicles and auto parts.
Over the past few years, Morocco's automotive industry has moved beyond the early stage of simply attracting vehicle assembly plants. It has entered a new phase of scaled manufacturing and export growth.
According to official trade statistics from Morocco's Office des Changes, the country's automotive exports have entered a high-level plateau. In 2024, automotive exports reached 157.594 billion dirhams, setting a record high. In 2025, exports edged down slightly to 154.494 billion dirhams, a year-on-year decline of 2.0%, but still remained above the 150-billion-dirham mark. In the first four months of 2026, automotive exports returned to growth, reaching 58.282 billion dirhams, up 18.6% year on year.
These figures show that the automotive sector is no longer just a growth driver within Morocco's industrial exports. It has become a core pillar of the country's export-oriented manufacturing system.
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On the vehicle manufacturing side, Renault and Stellantis are the two anchor players in Morocco's automotive industry. Together, they have around 700,000 units of annual production capacity in the country, helping to build a growing local supplier cluster and an increasingly mature industrial ecosystem around vehicle manufacturing — covering components, logistics, exports, and workforce development.
In 2025, Stellantis announced an additional investment of around €1.2 billion in its Kenitra plant in Morocco, raising the plant's annual production capacity to about 535,000 vehicles and expanding production of micro electric vehicles, hybrid engines, and three-wheelers. The local sourcing rate of Morocco's automotive industry currently stands at around 69%, with a target to increase it to 75% by 2030.
Renault's presence in Morocco dates back to 1928. Today, Morocco has become one of Renault's most important production bases outside Europe, and its local operations have become deeply embedded in the country's industrial economy. Renault is also actively working to bring more overseas suppliers — especially Chinese suppliers — to invest and build capacity locally in Morocco, closer to its regional and global production network.
The direction of Morocco's automotive industry is becoming increasingly clear: centered around anchor automakers, the country is continuing to deepen localization, shorten supply-chain radius, and improve export efficiency.
Automotive and Battery Supply Chains: The Fastest-Moving Track in Morocco's Industrial Upgrade
Over the past five years, Morocco may not look like a typical high-growth economy if we only look at GDP growth. The pandemic, droughts, and global inflation have all placed pressure on its economy.
But if we look at the structure of its industrial transformation, the direction is very clear: the automotive industry is becoming one of Morocco's most important levers for manufacturing upgrading, while batteries and new energy supply chains represent the fastest-growing and most strategically significant track within that process.
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This transition is being driven by very real pressure.
In the past, Morocco's automotive industry mainly served the internal combustion engine vehicle, small car, and traditional component systems. Wiring harnesses, seats, interiors, stamped parts, and conventional mechanical components were among the key entry points through which Morocco became integrated into Europe's automotive supply chain.
But as Europe's automotive industry accelerates toward electrification, a new set of rules and requirements is reshaping the playing field: the EU's 2035 carbon-reduction targets, battery regulations, carbon footprint management, supply chain due diligence, and localization requirements. All of these are forcing Morocco to upgrade its industrial role and seize the window created by Europe's automotive electrification and supply chain restructuring.
If Morocco fails to keep pace with Europe's electrification transition, the manufacturing advantages it has built around internal combustion vehicles and traditional components could be weakened in the future.
The Moroccan government is highly aware of this challenge. Ryad Mezzour, Morocco's Minister of Industry and Trade, has said that the country is attracting more battery manufacturers in order to adapt to the electrification needs of the automotive industry. Morocco's goal is that, by 2030, up to 60% of the vehicles it exports could be electric, in response to the changes brought by the EU's 2035 phase-out of new internal combustion engine vehicle sales.
Over the past two years, investment in the battery value chain has clearly accelerated.
In 2024, leading Chinese battery manufacturer Gotion High-Tech signed an agreement with the Moroccan government to build the country's first EV battery gigafactory in Kenitra. The project is planned with an initial capacity of 20GWh, with the potential to expand to 100GWh in the longer term. The initial investment is around USD 1.3 billion, and if fully expanded, the total investment could reach USD 6.5 billion. The project is not limited to battery cell production; it also involves cathode and anode materials, with exports as its main orientation.
At the same time, Chinese battery materials companies such as BTR, CNGR, Hailiang, and Shinzoom have also been laying out or planning projects in Morocco. BTR has been approved to build a cathode materials plant near Tangier, with an investment of around USD 300 million and planned annual capacity of 50,000 tons. CNGR plans to build a cathode materials project in Jorf Lasfar, around 100 kilometers south of Casablanca. Hailiang and Shinzoom also plan to build projects near Tangier for key battery materials such as copper foil and anode materials.
What Morocco is attracting is not just a single battery plant, but a broader new energy supply chain built around cells, cathodes, anodes, copper foil, and battery materials.
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Why are companies across the battery value chain willing to go there?
A deeper reason lies in Morocco's resource endowment, especially its phosphate resources and other mineral assets.
Morocco is one of the world's most important phosphate resource countries. In the past, phosphates mainly supported its fertilizer and chemical industries. But in the age of electrification, phosphorus — a key element in lithium iron phosphate, or LFP, cathode materials — typically comes from phosphate and phosphorus chemical systems. With its globally significant phosphate resources, Morocco has an upstream foundation that can potentially extend into phosphoric acid, iron phosphate, and LFP cathode materials.
In addition to phosphates, Morocco also has cobalt resources. Cobalt is one of the key metallic elements in ternary cathode systems such as NCM and NCA.
This is an important resource logic behind Morocco's appeal to battery materials companies. As demand for electric vehicles and energy storage grows in Europe, phosphorus, cobalt, cathode materials, low-carbon chemicals, and battery materials chains are becoming critical links in the competition for new energy supply chains.
But Morocco's ability to attract battery and new energy supply chains cannot simply be explained by "having minerals." Resources alone are not enough. Without a vehicle manufacturing base, port logistics, industrial parks, trade links to Europe, and policy execution capabilities, resources are difficult to convert into real industrial capacity.
What makes Morocco different is that it has effectively brought these conditions together: resources, vehicle manufacturing foundations, the Tanger Med port platform, trade connectivity with Europe, renewable energy potential, and a clear government intention to upgrade its industrial structure.
In this sense, the rise of Morocco's new energy supply chain is not simply a story of manufacturing relocation. It is a reconfiguration of "resources + materials + manufacturing + access to Europe."
Morocco is shifting from a traditional vehicle export base into a battery and new energy supply chain platform oriented toward the European market.
