Egypt, EU Seal €690 Million Grid Deal to Connect 22 GW by 2030
Updated
Updated · Business Insider Africa · Jun 17
Egypt, EU Seal €690 Million Grid Deal to Connect 22 GW by 2030
3 articles · Updated · Business Insider Africa · Jun 17
Summary
€690 million in EU-backed financing will fund Egypt’s grid upgrade, with a €600 million EIB Global loan and up to €90 million in European Commission grants covering 44% of project costs.
22 GW of solar and wind capacity is due to be connected by 2030 through new substations and transmission lines linking the Red Sea and Gulf of Suez regions to the national grid.
10 million households could be supplied once the state-led programme is completed, while lower transmission losses and better reliability are expected to help Egypt absorb more large renewable projects.
2027 to 2030 is the timeline for the EIB-backed phase, with the Central Bank of Egypt borrowing the funds and the Egyptian Electricity Transmission Company overseeing implementation.
€690 million makes the package far larger than Morocco’s €170 million EIB grid loan, highlighting the EU’s push to ease Africa’s grid bottlenecks and deepen trans-Mediterranean clean-energy trade.
With other Mediterranean energy projects stalled, can Egypt's ambitious grid modernization plan actually be delivered by 2030?
Is Europe’s €690M deal a true green partnership or just a new way to secure its own energy supply?
Transforming Egypt’s Energy Future: €690 Million EU Deal to Modernize Grid and Add 22 GW Renewables
Overview
The EU and Egypt have finalized a landmark €690 million clean energy grid deal, approved by the European Commission and the European Investment Bank. This investment includes a €600 million loan and up to €90 million in EU grants, aiming to bolster Egypt’s electricity infrastructure and expand its renewable energy capacity. The deal supports Egypt’s national energy priorities and advances the EU-Egypt Strategic and Comprehensive Partnership by fostering investment, enhancing renewable energy cooperation, and helping Egypt transition to a more sustainable and secure energy system.