Capacity, power and cooling, engineered and financed from one desk.
For regional colocation operators, enterprise IT and HPC teams, crypto miners converting to AI, and small builders and developers. We assess what the facility needs, model whether it pencils out, and arrange the equipment financing, so the engineering and the credit are answered together.
13+ HPC datacenters designed, built and managed, run to 99.99% uptime · Equipment finance · Veteran-owned
The upgrade costs more than cash flow covers
Capacity, power and cooling upgrades rarely fit inside operating cash flow. Long-lead equipment needs deposits long before it is delivered, denser racks change the electrical and cooling design, and lenders ask questions the team has never had to answer in financial terms.
- Transformers and switchgear quoted with lead times longer than the plan
- Deposits due before anything is installed or earning
- A customer asking for 30 kW racks in a room designed for 8
- A lender asking about residual value, coverage and contract term, not just the hardware
The market you are building into
Demand is outrunning power, equipment and space. Every figure below links to its source.
- 1.4% North American data center vacancy in H1 2026, a record low, while power constraints extend completion timelines CBRE, North America Data Center Trends H1 2026
- 24% of operators now run some racks at 30 kW or more, up from 19% a year earlier Uptime Institute, Global Data Center Survey 2026
- 30% projected 2025 supply deficit for US power transformers, which is why long-lead gear sets the schedule Wood Mackenzie, August 2025
- 12% of US electricity could go to data centers by 2028 on the high estimate, up from 4.4% in 2023 Lawrence Berkeley National Laboratory, December 2024
What a technical assessment covers
Seven things decide whether a facility can deliver what it promises, and what it will cost to get there.
| Site | Zoning, structure, floor loading, room to expand, and whether the equipment can physically get in the door. |
|---|---|
| Power | Utility capacity and the date it arrives, service voltage, redundancy, backup generation and fuel, and the real cost per kilowatt-hour. |
| Cooling | Air or liquid, heat rejection capacity, water use, and what the target rack density actually demands. |
| Density | Current and target kilowatts per rack, and what changes in the electrical and mechanical design above 30 kW. |
| Network | Carriers on site, diverse routes in, and latency to the customers the facility will serve. |
| Procurement | Transformers, switchgear, generators, UPS and cooling plant: lead times, deposits and the delivery schedule they set. |
| Operations | Monitoring, maintenance and staffing, and the uptime the design can realistically support. |
One desk for the engineering and the financing
- Datacenter Infrastructure
Technical assessment
Site, power, cooling, density, network and procurement, assessed against what the facility has to deliver, with the gaps and the likely cost to close them.
- Datacenter Infrastructure
Owner's representative
On your side of the table during the build: design review, vendor bids, schedule and commissioning, from someone who has run the facilities afterwards.
- Datacenter Infrastructure
Equipment financing
Financing for compute, power and cooling equipment, including deposit and progress-payment financing for long-lead gear, arranged with lenders who fit the deal.
- Technical Financial Models
The feasibility model
Buy, lease or cloud; total cost over five years; debt capacity and coverage, stress-tested; and exactly what a lender will require before the package goes out.
One model, built for operations and finance
What operations needs to know
- Whether the site can carry the load: power, cooling, floor and density
- Which equipment has the longest lead, and when the deposit is due
- What the build actually needs, from switchgear to the last rack
What finance needs to prove
- Buy, lease or cloud, and the total cost over five years
- How much debt the project can carry, and the coverage it leaves
- Exactly what a lender will require before the package goes out
One model, built for both, ready for the lender.
Start with the question on your desk
- 01
A workflow review
Forty-five minutes on the project, the timeline and what the lender has already asked.
- 02
The assessment and the model
Built on your site, your quotes and your contracts, so the answer is yours, not a benchmark.
- 03
The lender package
The model, the technical findings and the evidence, assembled for the lenders who fit the deal.
An independent technical and financial assessment from an operator's point of view. It does not replace a licensed engineer's stamped design, permits or utility studies, and every credit decision stays with the lender.
Bring us the project you are trying to fund
Tell us the facility, the equipment and the timeline. We will tell you what a lender will ask, and what to have ready.
Financing is arranged with third-party lenders and is subject to lender approval.