Aerospace-energy crossover Boom Technology, Inc. (trade name Boom Supersonic) is making waves beyond aviation with a recent deal to supply 29 Superpower 42 MW natural gas turbines, derived from its Symphony supersonic jet engine, to Crusoe. The AI infrastructure provider also disclosed 29 ~35 MW aeroderivative gas turbines from GE Vernova in 2024-25. The deals signal a broader shift toward distributed generation as data centers drive intensifying energy demand.
Enverus Intelligence® Research finds the inability of utility-scale infrastructure to keep pace with hyperscale demand is accelerating the adoption of behind-the-meter solutions. We project annual production of small-scale turbines, reciprocating engines, and fuel cell technologies will increase more than 3 GW from 2024-27 (Figure 1) as operators seek alternatives to large projects slowed by supply-chain bottlenecks and long development timelines.
Timelines diverge sharply: utility-scale turbine delivery lead times, averaging ~2.5 years plus two years for construction, are pushing new-build gas economics higher, while aeroderivative packages can be installed in weeks to months. For data center operators, this dynamic underscores the urgency of securing reliable generation capacity amid tightening supply chains. As hyperscale growth continues, collaborations such as the Boom Supersonic-Crusoe partnership highlight a critical pivot in the power sector: distributed generation is a strategic necessity to meet rising data center loads while mitigating grid stress. In this landscape, distributed power generation and energy storage systems are essential components for achieving distributed energy generation goals.
This blog offers just a glimpse of the powerful analysis Energy Transition Research delivers on the trending themes, don’t miss the full picture.
Research Highlights:
- 2026 Global Energy Outlook – Enverus Intelligence® Research’s 2026 outlook for global oil and gas markets, the energy transition space as well as North American and international E&P activity.
- Long-Term Load Forecast – Pushing Peaks – This report encompasses our view on how exponential load drivers will impact our power demand forecasts from 2025-50.
- Biofuel Feedstocks – Go Local To Stay Viable – EIR’s assessment of how recent U.S. policy-driven feedstock restrictions affect biofuel competitiveness and which producers are best positioned to remain resilient.
- Reliability on the Edge – Fast-Tracking the Queue – We examine the market impacts of recent developments in fast-track interconnection processes in SPP, PJM and MISO.
DID YOU KNOW?
Boom Supersonic says its Superpower system packages a 42 MW turbine and generator into a shipping container-sized footprint for fast deployment. The unit can operate without water, targeting hot, arid locations where cooling water is limited.
Key Takeaways
Why is Boom Supersonic’s deal with Crusoe significant?
It marks a major aerospace-energy crossover, leveraging jet engine technology for distributed power generation to meet surging AI-driven energy demand.
What’s driving the shift toward distributed generation?
Utility-scale projects can’t keep pace with hyperscale data center growth due to long lead times and supply-chain bottlenecks, making behind-the-meter solutions essential.
How do aeroderivative turbines change the game for data centers?
They offer rapid deployment, weeks to months versus years, providing critical flexibility and reliability as operators race to secure generation capacity.
Enverus Intelligence® | Research, Inc. is a subsidiary of Enverus that publishes energy-sector research focused on the oil, natural gas, power and renewable industries. EIR publishes reports including asset and company valuations, resource assessments, technical evaluations, and macro-economic forecasts, and helps make intelligent connections for energy industry participants, service companies and capital providers worldwide. See additional disclosures here.
