DNV Appointed as Owner’s Engineer for Egypt’s 1GW Abydos Solar Project

DNV Appointed

A Major Step Forward in Egypt’s Clean Energy Ambitions

Global assurance and risk management leader DNV has been officially appointed as the owner’s engineer for the Abydos for Renewable Energy (AFRE) solar project, a landmark 1-gigawatt renewable energy initiative in Egypt. Spearheaded by AMEA Power, a Dubai-based renewable energy developer, the project is located in Benban, a region that has become the focal point for Egypt’s solar ambitions.

The project will not only bring significant renewable energy capacity to the country but also includes a 600MWh battery energy storage system, enhancing grid stability and efficiency.

Massive Output and Climate Impact

Once operational, the AFRE solar plant is expected to generate approximately 3,100 GWh of electricity annually, enough to supply clean energy to over 500,000 homes across Egypt. The project is forecasted to offset around 1.5 million tonnes of CO₂ emissions each year, making it a critical component of Egypt’s strategy to combat climate change and reduce its carbon footprint.

“This is one of the largest solar and battery projects in the region,” said Santiago Blanco, Executive Vice President and Regional Director for the Middle East at DNV. “It represents the kind of bold, forward-looking investment needed to secure a cleaner energy future.”

DNV’s Comprehensive Engineering Role

As the appointed owner’s engineer, DNV will play a crucial role throughout the lifecycle of the project. Their responsibilities include:

  • Feasibility reviews
  • Design assessments
  • Construction supervision

    Commissioning oversight

In addition, DNV will offer strategic consulting on plant layout optimization, grid compliance, and battery safety standards in line with international best practices.

Blanco emphasized the importance of technical precision: “This project demands both technical rigour and regional insight. Our job is to ensure reliability and performance from day one, helping AMEA Power deliver an asset that is robust, future-ready, and aligned with Egypt’s long-term energy goals.”

Meeting Egypt’s Vision 2035

The project aligns with Egypt’s Vision 2035 Integrated Sustainable Energy Strategy, which seeks to generate 42% of the country’s electricity from renewable sources by 2035. Projects like Abydos 2 are instrumental in making this goal a reality by bolstering the nation’s solar capacity and reducing dependency on fossil fuels.

The development is also expected to generate around 4,000 construction jobs, providing a significant economic boost to the local workforce and contributing to national employment goals.

Building a solar and battery facility in the harsh desert environment of Benban presents unique engineering and operational challenges. These include:

  1. Extreme heat
  2. Dust accumulation on panels
  3. Grid reliability in remote regions

DNV’s experience in working under such conditions gives AMEA Power a critical advantage in ensuring long-term project viability and efficiency.

“Our advisory work will help mitigate environmental and technical risks while maximizing energy output,” said Blanco.

A Regional Leader in Renewable Development

AMEA Power, headquartered in Dubai, has rapidly expanded its footprint across more than 20 countries, developing a diverse pipeline of solar, wind, storage, and green hydrogen projects. The Abydos 2 project reflects the company’s growing role as a major player in Africa’s energy transition.

“This project exemplifies our commitment to bringing sustainable energy solutions to markets where they are most needed,” said a spokesperson from AMEA Power. “With DNV’s expertise on board, we are confident this will be one of the region’s benchmark renewable installations.”

Conclusion

The partnership between DNV and AMEA Power marks a pivotal milestone for Egypt’s clean energy future. With its vast scale, environmental impact, and potential for job creation, the Abydos 2 project is set to be a cornerstone of Egypt’s renewable energy landscape—and a powerful symbol of regional collaboration in tackling global climate challenges.

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