en.Wedoany.com Reported - Fermi America has appointed Spanish engineering, procurement, and construction (EPC) contractor TSK to provide early engineering and project management services for three Siemens SGT6-5000F gas turbines at its Project Matador Phase II in Texas, with these units serving as the core facility of the project.

Under the agreement, TSK will undertake the work required to advance permit applications, support site mobilization, and oversee the engineering scope related to the Siemens contract. Fermi America stated that this move aims to shorten project development timelines, reduce execution risks, and ensure the smooth progress of future power generation projects.

TSK is Spain's largest power EPC contractor, having delivered industrial and energy infrastructure projects in over 50 countries, with a focus on turnkey power generation, electrical infrastructure, and industrial facility construction.

Chad Ingersoll, Vice President of Construction at Fermi America, stated that the agreement marks a significant step for the Project Matador initiative and highlighted TSK's critical role in accelerating the permitting process and coordinating engineering activities with Siemens.

Project Matador is Fermi America's flagship "behind-the-meter" power park, specifically designed to directly power hyperscale artificial intelligence and advanced computing facilities. The company plans to develop a private energy system capable of achieving up to 17 gigawatts of generation capacity through a combination of combined-cycle natural gas power, nuclear power, grid electricity, solar power, and battery storage.

The three Siemens SGT6-5000F gas turbines are expected to serve as the backbone of the project's second development phase, providing dispatchable generation capacity while building long-term energy infrastructure. This development reflects the increasing investment by technology and infrastructure developers in dedicated power assets to address the structural changes in the North American energy market driven by the surge in AI-related electricity demand.

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