Crusoe abandons $1.25B plan to use Boom turbines at AI data centers

The cost of powering AI data centers will remain unpredictable as companies like Crusoe prioritize grid reliance over dedicated, long-term energy infrastructure investments.

Crusoe, an AI data center startup, has canceled a $1.25 billion deal to purchase 29 stationary power plant turbines from Boom Supersonic. The turbines, derived from Boom's engine for its Overture supersonic jet, were intended to power Crusoe's AI data centers, with initial deliveries scheduled for 2027. Boom Supersonic CEO Blake Scholl stated that turbines are no longer Crusoe's primary power mix. Crusoe confirmed the partnership dissolution, citing a need for flexibility in choosing energy solutions as its portfolio grows, including grid power, wind, solar, and batteries. Boom Supersonic had planned to use profits from this stationary power plant business to fund its Overture jet development. Crusoe's existing Abilene, Texas data center, which powers OpenAI, is grid-dependent, while a new Microsoft data center will use on-site gas turbines for backup.

Crusoe's decision signals a shift away from locking into large-scale, dedicated power generation solutions for AI data centers, likely due to the rapid evolution of AI hardware and energy demands. The company's emphasis on flexibility suggests that the intermittent nature and varying needs of AI workloads make modular, adaptable energy sources more appealing than the fixed commitments of turbine power plants. This move could lead other AI infrastructure providers to re-evaluate their long-term energy strategies, potentially favoring a more diversified approach that includes grid connections and renewable energy sources. As AI growth continues, the race for reliable, scalable, and cost-effective power will intensify, impacting the development and deployment of data center infrastructure.

For Boom Supersonic, losing its launch customer for the Superpower turbine business represents a significant setback, impacting its strategy to fund Overture's development through stationary power plant sales. While Boom claims other customers are in its pipeline, the withdrawal of a $1.25 billion deal highlights the inherent risks in pivoting established aerospace technology into new markets. The incident underscores the challenges of scaling complex industrial hardware and the importance of securing committed, long-term contracts in nascent business ventures. Future customers may scrutinize Boom's ability to deliver on its promises, potentially slowing adoption of its Superpower turbines and affecting its broader business objectives.