Gas procurement, private utility networks, interconnection, and plant operations: one team accountable end to end, built for AI data center loads.
Most projects assemble power from a chain of counterparties who have never met. We deliver it as one integrated system, with Tier 1 energy partners, including one of North America's largest power generators and energy infrastructure developers. Energization dates don't negotiate with handoffs.
Primary firm gas transport, supply, and interconnection structured for 24/7 AI load profiles, validated against historical station data, with LNG backup where resilience demands it.
Turbine + reciprocating engine + BESS microgrids sized to the campus: a private utility network on the customer's side of the meter, baseload and peaking blended to the load, islanded or grid parallel.
High voltage interconnection up to 345 kV: screening, facilities, and capacity studies through substation design and energization, with transformers and breakers on 6 to 12 month lead times from our own supply chain.
Operations and maintenance for the life of the campus: availability, fuel, and emissions managed as one system.
The grid is the bottleneck of the AI buildout. A private utility network on the customer's side of the meter removes it, without abandoning the grid where it works. Where we build grid powered, we start from interconnection that already exists or can be upgraded on our own capital, never from the back of a queue.
Self supplied campuses where speed demands it, grid partnership where capacity exists, and power quality equipment that leaves the local system stronger than we found it.
AI clusters hammer power systems in ways enterprise loads never did: step changes, harmonics, subcycle transients. We engineer for it at the campus level.
Filtering and power conditioning designed against real AI cluster load signatures, protecting both the tenant's fleet and the local system.
Subcycle energy buffering smooths GPU step loads before they reach generation or grid. Stability engineered at the speed of the workload.
Generation portfolios matched to the duty cycle: baseload efficiency where load is steady, fast ramp peaking and BESS where it isn't, DC power ready distribution throughout.
We support a select group of operators and developers with the same integrated power capability, from gas procurement through plant operations. Serious inquiries welcome.
Whether it's a Solomon campus or your own, the conversation starts with load, location, and timeline.
Talk power