How will Doosan Enerbility Power US Data Centres?

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The 380MW gas turbine model developed and manufactured by Doosan Enerbility (Credit: Doosan Enerbility)
South Korea-based Doosan Enerbility signs deal to supply seven 380MW gas turbines for a US data centre as demand for reliable power infrastructure rises

Doosan Enerbility has signed a contract to supply seven large-scale gas turbines to a data centre project in the United States, expanding its presence in the rapidly growing market for power infrastructure supporting digital facilities.

The South Korean energy equipment manufacturer confirmed that it will deliver seven units of its 380MW gas turbine alongside matching generators. Deliveries will begin in May 2029, with one turbine and one generator scheduled to be supplied each month.

The turbines will provide a substantial portion of the energy required for the new data centre campus, reflecting the increasing role of dedicated power infrastructure in supporting hyperscale computing and AI workloads.

With this agreement, Doosan Enerbility now has contracts to supply a total of 12 gas turbines to US customers.

Power infrastructure for data centre growth

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Data centres are becoming some of the most energy-intensive industrial facilities as demand for cloud services, AI computing and high-density workloads continues to rise. In response, operators are increasingly investing in large-scale energy solutions capable of delivering reliable power at significant scale.

Gas turbines are frequently deployed in data centre environments where operators require consistent power generation alongside grid connections or hybrid energy systems.

Doosan Enerbility said its expansion in the US market has been supported by the proven performance of its turbine technology as well as its ability to deliver equipment within competitive timeframes.

Seen from above, a 380MW-class gas turbine built by Doosan Enerbility (Credit: Doosan Enerbility)

The company began manufacturing large-scale industrial gas turbines locally in 2019, an initiative designed to strengthen technological reliability and expand international deployment.

Following that milestone, the company conducted more than 17,000 hours of demonstration operation to validate the technology.

Building presence in North America

The latest order contributes to a broader pipeline of projects for Doosan Enerbility in the US energy market.

Including this agreement, the company has secured orders for a total of 23 gas turbine units globally. The new US project increases the number of turbines the company will deliver to the American market to 12.

Doosan said another factor supporting its expansion is the presence of its US-based subsidiary, Doosan Turbomachinery Services, which provides maintenance and operational support from Houston.

Local service capability has become an important consideration for infrastructure projects such as data centres, where equipment uptime and rapid maintenance response are essential for operational continuity.

Seungwoo Sohn, CEO of Doosan Enerbility’s Power Services Business Group (Credit: Doosan Enerbility)

Seungwoo Sohn, CEO of Doosan Enerbility’s Power Services Business Group, says: “Counting this contract, we will now be supplying a total of 12 gas turbines to the United States, effectively solidifying our position as a global player.

“Doosan plans to continuously supply competitive gas turbines going forward to effectively respond to the rising demand at both home and abroad.”

Supporting high-capacity digital infrastructure

As digital infrastructure expands, power generation is becoming a central component of data centre design. Large campuses supporting AI training and high-performance computing often require power capacities comparable to major industrial facilities.

Equipment such as high-output gas turbines can support these environments by providing large-scale generation capacity that can operate independently or alongside grid infrastructure.

For suppliers like Doosan Enerbility, the growth of hyperscale and AI-driven data centre projects is creating new demand for energy systems capable of delivering high reliability, predictable performance and rapid deployment schedules.

The turbines destined for the US data centre project will begin arriving in 2029, supporting the facility’s operational buildout and long-term power requirements as computing capacity comes online.

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