X257 AI
AI Data Center Site
Texas
Available

EFFECTIVE POWER COST

TBD¢

per kWh

MINING CAPACITY

150 MW

Megawats

Efficiency

Joules per Terahash

BTC Per Month

Bitcoin

Cost To Produce

per BTC

Availability

6-18 Months

Launch Ready

Site Specifications

Power Source

Flare/Stranded Gas

Cooling Type

Air

Generator

Container

Build Out Specs Under Contract

ASIC Model

Total Hashrate

Monthly OPEX

Operations

Fully Managed

Maverick Site

Turnkey Price

Location
South Texas
Availability
8 Weeks
NDA Required
Yes — protects site location & gas data
Operations
Fully Managed — Gas Mine

Powered Land · AI Hyperscale · ERCOT / East Texas

A pre-positioned, powered-land platform for AI hyperscale.

A rare, permitted grid position with power infrastructure already studied and in place — delivering first power in months, not years, and a ~30-month head start over greenfield development.

150 MW
Permitted 138 kV interconnection
6–18 mo
Time to first power
~30 mo
Advantage vs. greenfield
2 sites
Twin-site → GW-scale optionality

The Opportunity

Power is the bottleneck for AI data centers. As ERCOT large-load queues stretch to 24–48 months, a permitted, powered-land position becomes one of the scarcest commodities in the market. This twin-site platform assembles grid, on-site gas, solar, and storage into a single, deployable, multi-source power supply — on fast timelines and with significantly reduced execution risk.

Multi-Source Power Stack

Grid Interconnection

  • 150 MW permitted 138 kV interconnection in place
  • +75 MW uplift under study → path to 225 MW
  • Fast-track load pathways up to ~125 MW that avoid the large-load queue (3–9 months)

Energy Storage

  • 300 MW / 600 MWh BESS across both sites
  • Interconnection agreements executed and queue-cleared
  • Firms renewable supply and enables tolling / redundancy

On-Site Gas Generation

  • ~100 MW behind-the-meter (50 MW per site)
  • Firm and dispatchable — not weather-dependent
  • Intrastate supply — no FERC jurisdiction, faster permitting

Renewables

  • 116 MW (+50 MW) utility-scale solar available
  • Firmed by 600 MWh of storage for continuous compute
  • Supports a credible low-carbon power product for tenants

Site & Infrastructure Readiness

Land

  • ~174 acres across four parcels
  • Core parcels zoned & permitted; expansion parcels entitling
  • ALTA/NSPS title and topographic surveys completed

Fiber

  • Three diverse routes per site via tier-1 carrier backbones
  • Capacity from ≤400 Gb/s up to multi-Tb/s at metro hub

Water & Cooling

  • ~34.7 Mgal/yr demand with primary + backup supply headroom
  • Dry-cooler + direct-to-chip — no cooling towers

Gas Supply

  • Nearby intrastate lateral supporting ~120–350 MW
  • Interstate line within reach for scale; ~6–8 month lateral build

Development Status

In placeGrid interconnection agreements executed and queue-cleared for both sites
In placeFacilities interconnection study completed
In placeCore parcels zoned & permitted; ALTA surveys completed
In placeMulti-utility stack studied to Pre-FEED (grid + gas + fiber + water)
In progressGrid load confirmation and +75 MW uplift study
In progressGas capacity study and expansion-parcel entitlements

Why It Wins

01
Time-to-power arbitrage

Existing interconnection work compresses first power to 6–18 months vs. 24–48 for greenfield — earlier revenue, lower capital drag.

02
Scarce grid position

A permitted 138 kV / 150 MW position is rare and hard to replicate as queues lengthen.

03
Scalable & resilient

Twin-site redundancy with optionality toward a GW-class hybrid energy + compute campus.

Request the confidential briefing

Figures reflect current development-stage assessments and are subject to diligence. Site location, ownership, and counterparty details are shared under NDA.