Egypt-Greece Power Link Advances Toward 3GW Capacity
The 3GW interconnector secures funding for studies to help reduce regional CO2 emissions by 9 million tons annually.
Updated on Oct. 21, 2026 in Energy
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The GREGY Interconnector project, a 3GW electricity link between Egypt and Greece, has entered a key development phase following European Union approval of funding for environmental and marine studies. This infrastructure project relies on a mix of 75% wind and 25% solar energy to supply power across the Mediterranean.
Why it matters
The link serves as a strategy to reduce European reliance on Russian natural gas while insulating the regional economy from price volatility. By establishing a direct energy corridor, the project aims to attract significant energy-intensive industrial investments, such as AI facilities and data centers, to the region.
The system features a 3GW interconnection capacity, utilizing HVDC submarine cable technology to transmit renewable energy. The power mix relies on a 75% wind and 25% solar energy generation split.
The players
European Union
A political and economic union of 27 member states that is financing the project as a strategic energy initiative.
U.S. Congress
The legislative branch of the U.S. government which formally recognized the project through the Eastern Mediterranean Gateway Act.
The details
The GREGY Interconnector uses HVDC (high-voltage direct current) submarine cable technology, which minimizes power loss over long distances compared to traditional alternating current methods. Development is currently centered on a Marine Reconnaissance Survey, an Environmental Impact Assessment, and a Territorial Civil Works Survey to evaluate the sub-sea and coastal requirements for the cable routing.
Timeline
October 21, 2026: Project status confirmed as the initiative enters a maturity stage.
The Tech Race
The GREGY Interconnector follows a pattern set by the Eastern Mediterranean Gateway Act to integrate regional energy infrastructure. It positions itself as a critical cross-continent link to compete with traditional natural gas dependence.
The project targets industrial users by potentially lowering energy costs for data centers and AI computing facilities. Once operational, it creates a new supply of renewable electricity that may stabilize energy pricing for the wider European grid.
The takeaway
The project signals a shift toward high-capacity intercontinental renewable energy trade to power energy-intensive modern workloads. Stakeholders should monitor upcoming reports from the environmental and marine feasibility studies to confirm the project's construction viability.
Further reading
For broader trends in infrastructure, explore the latest developments in Energy.
Source note: This article includes information reported by Enlit.
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