Power

How we help owners

TritenIAG helps data centers develop on-site power generation by applying decades of capital project experience to a rapidly evolving industry.

We bring disciplined execution, proven delivery models, and refinery-grade safety practices to ensure projects move fast without compromising quality or reliability. Drawing on deep experience across renewable energy and energy transition projects, we also help owners integrate lower-carbon power solutions that support sustainability goals while maintaining the resilience and scalability data centers require.

Scaleable approach

Our delivery model adapts from single-site power stations to multi-campus programs as demand, capacity, and investment scale.

Capital project agility

Our capital project expertise enables creative, fit-for-purpose solutions that reduce cost and risk while maintaining the speed required in fast-moving data center markets.

Rapid execution

We prioritize early decisions on power, permitting, and long-lead equipment to compress schedules and accelerate time to energization.

Project Management

Owner’s engineer and engineering oversight
Integrated Project Management Team (IPMT) delivery model
Labor strategy, prevailing wage, and apprenticeship compliance
Project controls, cost management, and schedule assurance
Procurement, construction management, commissioning, and start-up support

Pre-Investment Project Solutions

Project screening, site selection, and development planning
Project basis definition and techno-economic evaluation
Technology selection (electrolysis, reforming, CCS, power systems)
Capital cost estimating and schedule development
Risk identification, mitigation planning, and execution strategy definition

Power for data centers

Explosive growth in cloud computing and AI workloads is reshaping how data centers are planned, financed, and built. Global data-center demand is expected to more than triple this decade, with unconstrained demand exceeding available power in many markets. Across North America and Europe, time-to-power has become the critical path—often more limiting than the data-center build itself.

Power centers—integrated portfolios of generation, grid infrastructure, storage, and large-load facilities—are emerging as the most effective way to unlock capacity, manage risk, and accelerate delivery. TritenIAG helps owners, developers, and investors plan and execute these power-intensive projects with the rigor required for hyperscale and AI-driven demand.

Key project considerations

Capacity growth
Global data-center demand is projected to grow from ~60 GW today to ~170–220 GW by the end of the decade, with unconstrained demand even higher.

Density escalation
‍Rack power densities are moving rapidly from ~17 kW toward 30 kW+ and, for AI clusters, materially higher—driving both power and cooling complexity.

Speed-to-power
‍Data centers can be constructed in 18–30 months where power exists, but new generation, substations, and transmission often take far longer.

Geographic shift
‍ Power constraints in legacy hubs are pushing development toward secondary metros and remote locations where new power centers can be developed.