AI data center developer · Texas · Minnesota · Vietnam
AI-ready data center capacity, powered first
PacinfraX develops and operates power-first AI data center campuses — energized capacity for hyperscalers, AI labs, neoclouds and enterprises across the United States and Vietnam.
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3
Initial markets: US (Minnesota, Texas) and Vietnam
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1,200MW
Planned in Vietnam
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4
Site agreements in Vietnam
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200MW
Nam Thang Binh campus, Da Nang
Start here
I am a…
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Capacity buyer
Hyperscalers, AI labs, neoclouds and enterprises that need energized capacity for training and inference.
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Partner
EPC firms, equipment suppliers, landowners, brokers and technology partners who build with us.
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Government & community
Officials and host communities who want to know what we build and how we work locally.
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Investor
Investors who want the company overview, our strategy and a direct line to our team.
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Solutions
Powered data center capacity, four ways
As an AI data center developer, we sell powered capacity in the form you need: a full campus, a block of halls, or the power plant behind them. Every campus starts with its power path.
AI Data Centers
Build-to-suit campuses, powered shells and hyperscale blocks of 10–50 MW, designed around your GPU roadmap.
Explore AI data centers →
Colocation & Hosting
AI and GPU colocation in liquid-cooling-ready halls, so your clusters go live without building a facility.
Explore colocation →
Power Infrastructure
On-site natural gas generation, battery storage and bridge-to-grid design that energize your load on your schedule.
Explore power infrastructure →
Hydrogen & Ammonia
A hydrogen and ammonia program co-located with campus power, built for industrial and marine buyers.
Explore hydrogen & ammonia →Solution detail pages: build-to-suit to battery storage
Go deeper: Build-to-suit · Powered shell · Colocation specifications · GPU hosting · On-site generation · Battery storage · Bridge-to-grid
Bring your servers
Have racks ready? Move them into a hall we run
Colocation is the fastest route to live AI capacity when your hardware already exists. Send us your rack count, power per rack and cooling approach. We confirm a hall, plan delivery to our loading dock, rack and cable with your team, and hand over power, cooling, security and remote hands.
What our colocation halls include
- Liquid-cooling-ready halls for high-density GPU racks
- A and B power feeds to every rack
- Carrier-neutral meet-me room and cross-connects
- Room to grow from racks to a dedicated hall on the same campus
Why power-first
Power first. AI at scale.
AI demand is outrunning grid connections. We build generation and storage on site, engineered with the hall, so your capacity is ready when your hardware is.
Speed, scale, flexibility and partnership
- Speed. We lock the power path before the first rack. On-site generation and storage replace a multi-year wait in the grid queue.
- Scale. 1,200 MW planned across four sites in Vietnam, plus an AI campus in development in South ERCOT, Texas, and Minnesota, powered industrial site.
- Flexibility. Build-to-suit, powered shell, colocation in 10–50 MW blocks, power infrastructure, and hydrogen and ammonia.
- Partnership. Local partners in Vietnam among BIN Corporation companies, direct work with government, and a leadership team with decades in infrastructure development and capital markets.
Locations
Campuses in three markets
South ERCOT, Texas
An AI campus in development with on-site gas generation and battery storage, built to energize ahead of the grid.
View South ERCOT →
Minnesota
Minnesota, powered industrial site — our second US location for AI capacity.
View Minnesota →
Vietnam
1,200 MW planned across four sites, led by a 200 MW campus at Nam Thang Binh. Phase 1 targets 20 MW of IT load in 2026–2027.
View Vietnam →How we deliver
From requirement to live racks in six steps
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Requirement
You share load, date, market, delivery model and cooling. We reply within two business days.
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Design
We design the hall around your racks, density and cooling, liquid-ready from the start.
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Power secured
On-site generation, storage or a powered site is locked for your block before construction.
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Construction
Our EPC partners build power and hall in parallel, in phased 10–50 MW blocks.
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Energization
Each block is tested, energized and handed over with as-built records.
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Operations
We run the campus and add your next block on the same site.
Diagram: the six phases of every 10–50 MW block
One team from first call to operations
You deal with one developer-operator for land, power, cooling and hall. Power and building are engineered together and built in parallel, so the date we commit to is a construction date, set by work you can inspect.
What to gather before the first call
Before the first call, gather your target megawatts, the date you need them, your preferred market, the delivery model and your cooling approach. Our power-first model explains why power comes first, and the site selection checklist covers the questions to ask any developer.
News
Latest from PacinfraX
2 latest news stories
PacinfraX Vietnam signs site agreements for four locations totalling 1,200 MW
Agreements with BIN Corporation companies cover Nam Thang Binh, Dak Lak, Nam Phu Yen and Dinh An, led by a 200 MW campus at Nam Thang Binh.
Read the story →
PacinfraX launches new website for AI data center and power customers
The new pacinfrax.com presents our AI data center, colocation, power and hydrogen solutions across Texas, Minnesota and Vietnam.
Read the story →Resources
Guides for capacity buyers
3 guides for capacity buyers
What 50 MW of AI capacity looks like
How a 50 MW requirement breaks down into blocks, halls, rows and racks.
Read the guide →
How to move your servers into colocation
A step-by-step plan from inventory and shipping to racking and go-live.
Read the guide →
Power-first data center development
Why securing the power path first sets the date your racks go live.
Read the guide →FAQ
Questions capacity buyers ask
What does PacinfraX offer AI data center customers?
We develop and operate power-first AI data center campuses. You can take build-to-suit capacity, a powered shell, AI and GPU colocation, or the power infrastructure itself: on-site generation, battery storage and bridge-to-grid design.
Where is PacinfraX capacity located?
Our campuses are in three markets: South ERCOT, Texas; Minnesota; and Vietnam. In Vietnam we plan 1,200 MW across four sites, led by a 200 MW campus at Nam Thang Binh, Da Nang. Phase 1 delivers 20 MW of IT load, targeted for 2026–2027.
Can you energize capacity without waiting for a grid connection?
Yes. On-site generation and storage, or an already-powered site, are engineered with the hall, so power is ready when the building is. Bridge-to-grid design connects the campus to the utility network when it arrives.
What block sizes can I contract?
Hyperscale blocks run from 10 to 50 MW, phased so you add capacity as your clusters grow. Larger requirements combine several blocks on one campus. Smaller AI and GPU deployments fit our colocation halls.
2 more questions
Are your halls ready for liquid cooling?
Yes. Every hall is liquid-cooling-ready and designed for high-density GPU racks. We set redundancy per hall to match your workload and keep tenant zones segregated.
How do I request capacity?
Use the short form on this page or our contact page. Tell us your load, timeline and preferred market, and our team replies with the location, power path and block size that fit your plan.
Request capacity
Tell us how many megawatts you need
Share your load, timeline and preferred market. Our team replies with the location, power path and block size that fit your plan.
Contact and solutions
Need more detail first? Talk to our team or explore solutions.