Banyan Oak

AI runs on power.

We develop the off-grid, hyperscale-ready sites that keep intelligence online.

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Our Build Process

Powered from day one. Banyan Oak delivers AI-ready capacity where the grid can't keep up — pairing land, energy, and fiber into sites that energize on schedule.

One Partner

From dirt to data, we control every step — so your capacity arrives when your roadmap needs it.

Inside a Banyan Oak data hall: server rack aisle with overhead lighting Datahall One — built for density

From land
to live
load.

Our delivery model, in five phases.

Scroll to Phase 1
1Phase One

Site
Selection

We screen land for what AI factories actually need: abundant energy potential, fiber proximity, water strategy, and a clear path to control.

Land & Resource Screening

Candidate parcels are scored on acreage, topography, climate, and expansion headroom before anything else moves.

Energy Resource Study

We model on-site generation potential — gas, solar, storage — against target IT load and ramp profiles.

Fiber & Water Diligence

Route diversity to major long-haul fiber and a sustainable cooling water strategy are confirmed early, not after.

Site Control

Options and purchase agreements lock the land, giving customers certainty before capital scales.

Aerial view of a Banyan Oak site under development at sunset, data halls and substation in progress On site — halls one and two rising
2Phase Two

Power
Origination

Energy is the product. We originate the generation stack and agreements that let a site energize without waiting on the grid.

Generation Strategy

Each site gets a tailored stack — behind-the-meter natural gas, solar plus storage, or firm grid supply — sized to the customer's ramp.

Studies & Agreements

Interconnection, environmental, and supply studies run in parallel while commercial agreements are negotiated and signed.

Long-Lead Equipment

Turbines, transformers, and switchgear are reserved early — the quiet step that protects every downstream date.

Permits & Entitlements

Air, water, land-use, and building entitlements are secured so construction can start the day financing closes.

Off-Grid First. Speed without the queue.

Where interconnection queues stretch for years, Banyan Oak sites generate their own power from day one — with grid connection as an upgrade path, not a prerequisite.

Talk power strategy
Aerial view of a Banyan Oak campus at dusk: on-site generation, substation, and data halls connected as one system Generation to load — one campus
3Phase Three

Construction

Powerhouse and data halls rise together. Parallel workstreams compress the schedule from years to quarters.

Civil Works

Grading, drainage, roads, and security perimeter — the site takes shape while equipment ships.

Powerhouse & Substation

Generation, switchyard, and distribution infrastructure are built as a single integrated program.

Data Hall Shells

Halls go vertical in phases, letting first capacity land while later phases are still in steel.

Fiber & Networks

Diverse fiber laterals and meet-me infrastructure are trenched and lit ahead of server delivery.

Aerial view of a Banyan Oak campus mid-build: Phase 1 operational, Phase 2 under construction, Phase 3 future expansion Phased delivery — build while serving
4Phase Four

Energization
& Ramp

First power is a milestone, not the finish line. Load ramps in tested, reliable steps to full capacity.

Commissioning

Every system — generation, cooling, controls — is exercised end-to-end before a single rack powers on.

First Power

Initial megawatts energize the first halls while remaining phases complete construction.

Phased MW Ramp

Capacity steps up on a published schedule, matched to customer deployment waves.

Reliability Proving

Failover, redundancy, and load-bank testing validate the site at every ramp step.

0 MW Full load Stepped ramp — predictable megawatts
5Phase Five

Operations

Fully operational means fully accountable — one team running power, cooling, and capacity for the life of the site.

24/7 Operations Center

Power and facility telemetry monitored around the clock by an on-site operations team.

SLA Uptime

Contracted availability backed by redundant generation and tested failover paths.

Capacity Expansion

Reserved land and power headroom mean growth happens on the same campus, not a new search.

Lifecycle Partnership

From energy procurement to refresh cycles, one partner owns the outcome end to end.

Isometric cutaway of a Banyan Oak data hall: rack rows, cooling zones, and power distribution Live campus — always on

The pipeline
is real.

1,720 MW
Total developable capacity
NEW MEXICO TEXAS NORTH CAROLINA POLAND 500 MW 500 MW 220 MW 500 MW Four sites — one platform
New Mexico
500 MW
Power
Solar / BESS / Interconnect
Ready for service
Q1 2028
North Carolina
220 MW
Power
Grid connected
Ready for service
Q2 2027
Poland
500 MW
Power
Grid connected
Ready for service
Q4 2027
Texas — Austin
500 MW
Power
BTM Natural Gas
Ready for service
Q3 2027

Start building
with us.

Get in Touch

Tell us your megawatts and your timeline — we'll show you the site that meets both.