The End of a Billion-Dollar Energy Pact
In a move that reverberates through both the artificial intelligence infrastructure and energy sectors, Denver-based data center operator Crusoe has officially terminated its agreement to purchase $1.25 billion worth of stationary power turbines from Boom Supersonic. The deal, which was set to deploy 29 of Boom’s proprietary 42-megawatt 'Superpower' turbines starting in 2027, represented one of the most ambitious attempts to bridge the gap between aviation engineering and high-density data center power demands.
Crusoe, which recently secured $3.9 billion in funding, has rapidly evolved from its origins in crypto-mining to become a heavyweight in the AI infrastructure space. Its current projects include massive computing campuses in Abilene, Texas, that support major foundation model labs like OpenAI. The decision to abandon the Boom turbine partnership signals a broader strategic pivot for Crusoe as it refines its energy procurement strategy for these power-hungry facilities.
The Technology Behind the Superpower Turbines
The 'Superpower' turbine was designed as a stationary derivative of the 'Symphony' engine currently in development for Boom’s Overture supersonic passenger jet. The core value proposition of this technology was its modular, natural gas-fired output, with approximately 80% of the hardware shared between the aviation-grade engine and the stationary power variant. For Boom, the venture was a strategic bet to cross-subsidize its supersonic jet program by leveraging its aeronautical engine expertise into the burgeoning AI data center market.
Despite this setback, Boom Supersonic maintains that its stationary power division remains viable. CEO Blake Scholl confirmed via social media that while the Crusoe partnership has dissolved, the company is still on track to deliver 250 megawatts of power generation capacity to other, undisclosed clients next year. The company’s roadmap remains aggressive, with a goal to scale its stationary power capacity to one gigawatt by 2028.
Strategic Implications and Future Outlook
Why does this split matter? The energy requirements for modern AI data centers have reached unprecedented scales. Companies like Crusoe are currently balancing a mix of grid energy, battery storage, and localized natural gas power to maintain the massive uptime required by LLM training clusters. As Crusoe spokesperson Andrew Schmitt noted, the company prefers to maintain a flexible approach, tailoring energy solutions—whether wind, solar, battery, or grid-tied—to the specific needs of each individual campus.
For Boom Supersonic, the loss of a primary launch customer is undeniably a hurdle, particularly as the company relies on diversifying revenue streams to fund the high-cost development of the Overture jet. However, the energy industry's hunger for reliable, on-site, modular power generation means the market for specialized turbines is likely to remain robust. Both companies have left the door open for future collaboration should Crusoe’s primary power requirements align with turbine-based energy generation in the coming years. For now, the two firms are proceeding on separate, but equally critical, paths: one focused on the physical scaling of AI, the other on the technological maturation of high-speed aerospace engineering.
