EPC & Systems Integrator · Large-Load Power Delivery
Data centers are being forced into the power plant business.We handle that part.
Devon Energy Solutions gets large loads powered — through the grid, around it, or both. We reverse-engineer the interconnection, build the on-site generation and storage, and hand you a single point of accountability from concept to COD.
Power is the constraint. Not capital.
Capital is committed. Land is optioned. The shell can go up in months. What can't be bought is a position in a utility's engineering and planning process — and the queue is no longer a line you can simply wait in.
Interconnection has become a design problem, and most projects don't start treating it as one until they've already lost a year.
How we get you powered
Three ways to get powered. Usually some of each.
Grid power, faster
Interconnection, reverse-engineered. We work the utility's process from inside its logic — planning meetings, protection engineering, and project configurations designed to solve a problem the utility already has.
Your own power
Gas turbines, battery storage, and microgrids. Bridge power that energizes your first phases now, engineered to become permanent generation later.
Flexible power
Dispatchable load. Curtailment your compute never feels — and the reason the utility can say yes faster.
Our method
How we're different
- 01
We sit in the room
We attend utility planning meetings. That means we know the real constraints, the queue dynamics, and the planned system upgrades before any of it surfaces in a study report. We design against the actual system — not a public hosting-capacity map.
- 02
We speak the utility's language at the protection level
Our principal engineer does systems and protection engineering: relay settings, coordination studies, protection schemes. We produce exactly what a utility's engineering group needs, in the form they need it. Fewer cycles, fewer resubmittals, fewer surprises.
- 03
We solve the utility's problem, not just ours
Most developers push a project at a utility and wait for a reaction. We frame every interconnection around a need the utility already has: voltage support, capacity relief, a deferred upgrade, reliability. Approval stops being a concession and becomes the utility's win.
Delivery
From concept to COD
01
Site & Load Assessment
Load profile, site constraints, and the nearest credible point of interconnection.
02
Interconnection Strategy
The path through the utility's planning process — and the case that makes it their win.
03
Engineering & Studies
One-lines, protection and coordination, load flow, and study-ready submittals.
04
Procurement
Long-lead equipment secured through manufacturing relationships, not spot markets.
05
Construction
Substation, switchgear, generation, and balance-of-plant execution.
06
Commissioning
Functional testing, relay verification, and utility witness testing.
07
COD
Energized, accepted, and operating under the interconnection agreement.
Accountability
One contract. One throat.
Getting a site powered now touches interconnection engineering, protection and controls, long-lead equipment, generation, storage, and commissioning — and the failures happen in the seams between them. We're the EPC and the integrator, so there are no seams to fall through. A data center that just inherited a power company shouldn't also inherit systems integration risk.
Commercial structures
Owned, financed, or delivered as a service.
Some clients want the asset on their balance sheet. Some want capacity and availability without the capital event. We structure either, with capital partners matched to the asset.
The engineering doesn't change based on who holds the title.
Ownership
Backed by The Devon International Group
DIG is the supply chain behind the scope: manufacturing partnerships, sourcing depth, and global execution for the long-lead equipment that sets every schedule — turbines, BESS, transformers, and switchgear.
- Companies
- 9Companies
- Employees
- 500+Employees
- Countries with operations
- 20Countries with operations
- Countries served
- 85+Countries served
Equipment, secured
Turbines, battery storage, transformers, and switchgear come through manufacturing relationships rather than spot markets — which is what makes an aggressive COD a schedule instead of a hope.
Scale and execution
Global operations, capital, and construction depth answer the question every developer asks a new EPC: can you actually procure the equipment, and will you stand behind this?
Also serving large industrial loads, critical infrastructure, and utilities and cooperatives.
Tell us your load, your site, and your target COD.
We'll walk the interconnection path with you — constraints, sequencing, and where on-site generation changes the schedule.