Siemens Energy Expanded Grid Capacity for Data Centers
The company has increased production of gas turbines to support rising power demands from North American data centers.
Updated on Sept. 21, 2026 in Data Centers
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Siemens Energy has ramped up its manufacturing of grid technologies and gas turbines to meet the growing electricity needs of data centers. These facilities now require reliable, gigawatt-scale power to avoid financial losses from service outages.
Why it matters
North American power infrastructure is under pressure from the convergence of rising industrial activity and high-density data center energy demand. Providing stable, large-scale power is essential to maintaining the continuity of digital operations.
Siemens Energy produces gas turbines with capacities reaching 100MW, while combined-cycle technology enables efficiency levels exceeding 60 percent. Their H-class platforms are specifically designed to support hydrogen fuel blends for cleaner power generation.
The players
Siemens Energy
This is a global energy technology company that provides power generation, transmission, and consultative services to industrial clients.
Pembina Pipeline Corporation
This is a Canadian energy transportation and midstream service provider that is currently involved in large-scale power infrastructure construction.
Kineticor Asset Management
This is an energy infrastructure firm that focuses on the development and operation of power generation assets across North America.
Morgan Stanley Infrastructure Partners
This is a private infrastructure investment platform that funds and manages large-scale energy projects.
The details
Combined-cycle plants utilize exhaust heat from gas turbines to produce steam, which drives additional electricity generation. Siemens Energy is also providing consultative support to help infrastructure developers integrate these complex power assets into the grid.
Timeline
In 2023, US data centers consumed 4.4 percent of total national electricity.
The Cascade project reached successful commissioning in 2024.
US data center energy consumption is projected to rise to 12 percent by 2028.
Canadian data centers are expected to reach 14 percent of total power needs by 2030.
The Tech Race
The transition to larger, more efficient power plants highlights the shift toward grid-scale energy solutions to sustain digital infrastructure growth. This evolution replaces older, less efficient generation methods to remain competitive against rising power demands.
The construction of more robust power plants like the Greenlight Electricity Centre helps reduce the risk of outages for digital services that rely on data centers. Reliable power availability ensures that cloud-based applications and internet services remain accessible without interruption.
The takeaway
Reliable electricity is now as critical to digital service performance as server hardware itself. Companies must prioritize grid integration and high-efficiency power sources to maintain consistent operations in an increasingly high-demand environment.
Further reading
Learn more about the latest innovations in Data Centers
Source note: This article includes information reported by Datacenterdynamics.
Live Poll
Should the nation prioritize rapid power generation expansion to meet rising data center and AI demand?
