Arbor Energy to Sell 5 GW of Modular Turbines to Data Centers

Arbor Energy signed an agreement with GridMarket in March 2026 to supply up to 5 GW of its Halcyon modular turbines, an order of approximately 200 units of 25 MW each that Latitude Media and TechCrunch report as a signal of the electricity bottleneck facing AI data centers.

The agreement responds to data center electricity demand, which is growing faster than generation supply, a central point of the Latitude Media report. Traditional gas turbine manufacturers face bottlenecks in blades and vanes, and an order placed today means waiting until 2032, according to Arbor CEO Brad Hartwig, cited by Interesting Engineering. Delivery speed is customers' top priority, Hartwig said. The Halcyon turbine adapts turbomachinery of aerospace origin, and its first units will be manufactured with 3D printing, which the company says shortens lead times compared to the conventional supply chain. For the region, the case illustrates how data centers' appetite for energy attracts capital toward new generation capacity, a relevant data point for financing and enabling the next wave of digital infrastructure.

The agreement calls for baseload energy deliveries starting in 2029, with the first turbine connected to the grid in 2028 and a target of producing more than 100 turbines per year by 2030, according to Latitude Media. The turbine was originally designed to operate on biomass converted to synthesis gas; it was later adapted to natural gas with CO2 capture and a long-term target below 10 grams of CO2 per kWh, compared to approximately 400 grams at a conventional gas plant without capture. A source close to the deal told TechCrunch that the total value is in the low single-digit billions of dollars; the companies did not disclose an official price. Arbor aims to add 10 GW of new capacity each year.

The milestone to watch is the first grid connection, scheduled for 2028, when the test will be whether additive manufacturing shortens timelines compared to the traditional turbine supply chain. That outcome will determine how much ground modular generation gains in the financing of the region's data centers.

This article was drafted with artificial intelligence assistance based on verified sources and reviewed by a human editor before publication.