AI campus with its own power
On-site natural gas generation and battery storage, designed with the halls, with a bridge-to-grid path.
Locations
Data center locations in Texas, Minnesota and Vietnam
PacinfraX develops AI-ready data center capacity in three markets: an AI campus with its own power in South ERCOT, Texas; a powered industrial site in Minnesota; and 1,200 MW across four sites in Vietnam. Every location follows the same power-first model, so you plan once and scale where your workloads need to be.
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Three markets
Where we develop capacity
Open a location for its power plan, delivery models, FAQ and how to engage.
Powered industrial site
Power on site, industrial land and room to phase, for a short path from design to energization.
1,200 MW across four sites
Nam Thang Binh in Da Nang leads with 200 MW; phase 1 delivers 20 MW of IT load, targeted 2026–2027.
Choosing a location
Which location fits your deployment
Texas, Minnesota and Vietnam compared
| Location | Best for | Power approach |
|---|---|---|
| Texas | US deployments that need energized capacity on a defined schedule | On-site natural gas generation and battery storage, with a bridge to the grid |
| Minnesota | Phased US deployments on a powered industrial site | Power at the property and room to phase |
| Vietnam | Asia deployments, from a first 20 MW phase to a 1,200 MW program | Power scoped per site with the tenant |
Start with Texas, Minnesota or Vietnam, or send your requirement and we compare the options for you.
One delivery model
The same power-first approach in every market
A location is only useful if the power, the halls and the schedule are planned together. At every site we start from the power path, then fit the reference hall to it.
Power first and one delivery team
- Power first. We engineer the power for each campus before the halls, so your energization date rests on a defined power path.
- One reference design. The same AI-ready, liquid-cooling-ready hall adapts to each market. Your engineers review it once and use it in every market.
- Phased capacity. Every campus grows hall by hall, so you start with the block you need and expand on the same site.
- One delivery team. One PacinfraX team coordinates design, power and delivery across all three markets, with one point of contact for you.
Delivery models
Build-to-suit, powered shell or colocation
Choose how much of the build you want to own. The hall design is the same in each case.
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Build-to-suit
We design a hall to your rack density, cooling method and schedule, then build it. This suits hyperscalers and AI labs with a defined deployment.
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Powered shell
You receive an energized building with power and cooling plant in place, and your team fits out the white space.
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AI colocation
You place racks in a liquid-cooling-ready hall and we operate the facility. Start on the colocation page.
Diagram: who does what in each delivery model
Read more on AI data centers and power infrastructure.
How to engage
What to bring to the first call
- Load. Total megawatts and the size of the first phase.
- Timeline. The date racks must be powered.
- Model. Build-to-suit, powered shell or colocation.
- Cooling. Air, rear-door or direct liquid cooling.
Photo: engineers with drawings
What happens after the first call
You do not need every answer to start. A rough load range and a target quarter are enough for a useful first call. Afterwards our engineers write up the hall options, the phasing across locations and the questions that remain open, so your team can review them together before the design review. If your plan spans more than one market, you keep one design review and one point of contact across all three.
We reply within two business days, hold a requirement call, run a design review with your engineers and issue a phased proposal. Landowners, EPC firms and suppliers can start on the partners page; public agencies can reach us through government and community. Meet the leadership team.
Questions
Data center locations FAQ
Where does PacinfraX build data centers?
PacinfraX develops AI data center capacity in three markets: an AI campus in South ERCOT, Texas; a powered industrial site in Minnesota; and a 1,200 MW pipeline of four sites in Vietnam.
Which location should I choose?
Choose by where your users, teams and power needs sit. Texas and Minnesota serve US deployments; Vietnam serves deployments in Asia. Our team helps you compare the options against your load and timeline.
Can I split capacity across locations?
Yes. Our reference design is the same in every market, so you can place phases in more than one location with one point of contact and one design review.
Which delivery models are available at each location?
Build-to-suit, powered shell and AI colocation are available across the program. Request capacity with your preferred model and our team confirms what each location can offer.
3 more questions
How fast can a location be ready?
It depends on the site and the hall. The dated phase today is Nam Thang Binh phase 1 in Vietnam, targeted 2026–2027. For other locations, dates are set with the first tenant.
Can I bring liquid-cooled GPU racks?
Yes. Halls are designed liquid-cooling ready at every location, with coolant distribution and manifold space planned from the first drawing.
What do I need to start?
Your load, timeline, cooling method and delivery model. A rough range is enough. We reply within two business days.
Tell us where you need capacity.
Share your load, timing and fit-out model. Our team replies with the location and phase that fit.