Renergy Group has expressed curiosity in establishing a $1 billion hyperscale inexperienced knowledge middle within the El Tor space, Sinai Governorate. The power can be built-in into the group’s broader $17 billion hybrid renewables challenge, in line with a assertion by the Ministry of Funding and Overseas Commerce.
This got here throughout a gathering between Mohamed Farid Saleh, Minister of Funding and Overseas Commerce and Robert Falk, CEO of Renergy Group Consortium, to debate developments within the hybrid renewables challenge. Combining inexperienced hydrogen, solar energy, and power storage batteries, in addition to a hyperscale inexperienced knowledge middle, the challenge is Egypt’s largest inexperienced power plant.
Beginning at 10,000 sq. meters with a roadmap to succeed in 500,000 sq. meters, the challenge goals to ascertain Egypt as a premier sustainable knowledge hub for world expertise corporations. This middle goals to leverage Egypt’s strategic geopolitical location and its direct connectivity to worldwide undersea cables.
Saleh mentioned with the consortium representatives the detailed blueprint for the inexperienced power challenge (inexperienced hydrogen and solar energy) within the El Tor area of Sinai. Acknowledged as one of many largest developmental and technical initiatives within the area, it spans over 127 sq. kilometers, that includes a direct 4-kilometer shoreline alongside the Crimson Sea.
The Minister reviewed the findings of complete technical research carried out by Renergy Group over a two-year interval with a value of 5 million euros. These research confirmed the positioning’s soil suitability for developing safe, hermetic water reservoirs for energy technology. That is a part of a challenge aiming for an annual manufacturing capability of 400,000 tons of liquid inexperienced hydrogen, with your entire output meant for export to European markets.
The consortium representatives introduced the execution plan, which consists of two phases: the primary stage with an export capability of 160,000 tons per yr, adopted by the second part to succeed in a complete manufacturing capability of 400,000 tons.
