North Africa Poised to Power Europe’s Green Transition with 24 GW of Renewable Energy via Subsea Interconnectors

Here we provide a comprehensive look at the evolving energy relationship between North Africa and Europe, with a specific focus on the potential for large-scale renewable energy production and cross-border interconnectors. Here’s an analysis of the key points:

Europe’s energy transition is accelerating, with North Africa playing a pivotal role in supplying clean energy through high-capacity interconnectors. These subsea cables could transfer up to 24 GW of renewable power, particularly from solar and wind, helping Europe reduce its reliance on fossil fuels and meet its green energy goals. North Africa’s geographic advantage and vast renewable potential make it a strategic energy partner for Europe.

Key Drivers –

Energy Transition in Europe: Europe is actively decarbonizing its power sector, targeting 73% of electricity from clean sources by 2035. Imports of renewable energy from North Africa are seen as a critical part of this effort.

Interconnectors and Major Projects:

• Existing cables between Morocco and Spain provide a model for future infrastructure.

• The Xlinks UK-Morocco project (11.5 GW of capacity) and other key initiatives like GREGY (Greece-Egypt) and ELMED-TUNITA (Tunisia-Italy) will help establish a substantial renewable energy flow from North Africa to Europe.

Economic and Geographic Advantages:

• Solar panels in North Africa are more productive due to higher solar irradiance and available space, while wind energy also has favorable conditions due to strong, consistent wind speeds.

• The geographical proximity of North Africa to Europe makes it an attractive source for balancing the energy grid, particularly with seasonal fluctuations (wind in Europe in winter, solar from North Africa in summer).

Challenges

1. Supply Chain Bottlenecks: The need for high-voltage subsea cables is one of the biggest barriers. Europe currently faces significant constraints in cable production capacity, which could slow down the development of these energy interconnections. Demand for cables is expected to far outstrip supply by 2030, requiring intervention from non-European manufacturers, especially from Asia.

2. Local Manufacturing Gaps: North Africa lacks local manufacturing capacity for solar and wind energy components, making it reliant on imports. This reliance exposes the region to global supply chain disruptions, further delaying project timelines.

3. Financing and Development Delays: Many of these ambitious energy projects are in the early stages of development and will require substantial financial backing. Delays in securing funding and coordinating multiple stakeholders could hinder progress, especially considering the complex nature of subsea cable installation.

Strategic Importance:

• North Africa’s renewable energy potential is central to Europe’s strategy for reducing its dependency on Russian natural gas. The region’s capacity for both wind and solar energy, along with its proximity to Europe, creates a symbiotic relationship that benefits both regions.

• The shift to renewable energy from North Africa could replace approximately 6% of Europe’s current fossil-fuel-based power generation, making it a critical part of Europe’s decarbonization strategy.

Europe-North Africa Energy

The strategic importance of North Africa as a clean energy partner for Europe. The combination of vast renewable potential, favorable geographic conditions, and ongoing infrastructure projects positions North Africa as a key enabler of Europe’s green transition. However, overcoming challenges like supply chain issues, financing hurdles, and cable production constraints will be crucial for the timely realization of this energy vision.

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