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Vogue Warner Enters Data Center Market By Signing Turbocell To Supply Turbine Generators

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BorgWarner Power Generation Solution/photo courtesy = BorgWarner

Automotive parts company BorgWarner will enter the data center power solution market in earnest after signing a master supply agreement with TurboCell, a subsidiary of Endeavour. The deal will allow VogueWarner to supply a highly modular turbine generator system, which will be used as a next-generation power generation solution for gigawatt (GW) AI campuses and microgrid applications.

The two companies have been working together for more than three years to commercialize this system. The turbine generator system to be supplied is equipped with advanced control technology and dynamic response capabilities to manage instantaneous power fluctuations and power grid maximum load conditions. It also has the flexibility to use a variety of fuels, including natural gas, propane, diesel, and hydrogen, and is designed to meet the strict emission regulatory standards of the California Air Resources Board (CARB).

Vogue Warner has concentrated its core capabilities on the new technology, including conventional turbocharging, thermal management, power electronics, and high-speed rotating electric technology. In particular, it plans to secure competitiveness in a vertically integrated method that self-manages about 65% of system components by utilizing auto parts supply chain and manufacturing capabilities. BorgWarner CEO Joseph Pardul said the collaboration will create additional growth opportunities in the data center market, including hyperscalers and colocation companies.

Jacob Karnemark, CEO of Endeavor, noted that VogueWarner's engineering capabilities and manufacturing execution capabilities will be combined to provide agile power supply solutions that are essential for AI infrastructure development. The turbocell system will be supplied exclusively through Endeavor's Edge Infrastructure division. Production of the product will begin in Hendersonville, North Carolina, U.S. in 2027, with an initial facility capacity of 2GW.

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*This content was translated by AI.

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