The Saudi Electric Company and The Egyptian Electricity Transmission Corporation has awarded SNC-Lavalin, a fully integrated professional services and project management company a four-year project management office (PMO) and engineering design review services contract to support the Saudi-Egypt power grids project.
According to a statement from SNC-Lavalin, this is the MENA region’s first large-scale high voltage direct current (HVDC) interconnection.
SNC-Lavalin’s PMO mandate includes supervising the design and execution of the project, and involves supervision of contractors throughout the engineering, construction and commissioning phases. The project will be led by the company’s regional expertise in the Middle East and supported by its global HVDC Center of Excellence in Canada.
The statement noted that the interconnection will extend 1,300 kilometers from Cairo, Egypt to Madinah, Saudi Arabia, with an intermediate point located in Tabuk, Saudi Arabia. Given the long distance involved and the fact that the two countries use different electric frequencies, the interconnection will use HVDC technology to allow for total control of the power flow in either direction.
Once complete, the $1.8bn Saudi-Egypt Interconnection project will allow the two countries to exchange up to 3 GW of electricity at peak times, powering upward of 20mn people.
“For more than half a century, SNC-Lavalin has established a proven track record in the clean power market by delivering some of the most complex HVDC interconnection projects around the world,” said Ian L. Edwards, president and CEO, SNC-Lavalin. “Our unrivalled engineering capabilities and understanding of the energy market are coupled with the highest quality standards and latest technologies to ensure we deliver sustainable power solutions to our global clients and the communities they serve.”
Meanwhile, Philip Hoare, president, Engineering Services, UK & Europe, Middle East, India and Canada at SNC-Lavalin said: “Our first-in-class HVDC engineering team, deployed in several regions around the world, is honored to oversee the implementation of such an impressive length of network across a challenging geographic landscape that includes both land and sea.”
Author
