01
Power
Develop generation, microgrid and critical-load infrastructure as an integrated system designed around high-density compute.
POWER-FIRST AI INFRASTRUCTURE
Powering Intelligence at Gigawatt Scale.
E2B4 develops, owns and operates hyperscale data center campuses powered by integrated, fully islanded microgrids. Each campus combines onsite generation, battery storage and purpose-built data center infrastructure, while tenants supply their own processing units.
Development-stage figures reflect current planning assumptions. Full-build generation is an engineering estimate. Capacity, configuration and delivery timing remain subject to final engineering, permitting, contracting and financing milestones.
THE E2B4 MODEL
01POWERGeneration + microgrid
02INFRASTRUCTURELand + delivery systems
03COMPUTEAI + HPC environments
Full-build plan6,500 MWNet onsite power generation
Full-build plan4,960 MWCritical IT load · 20 data halls
Phase One1,240 MWCritical IT load · 5 data halls
Total development$74.75BEstimated full-build development cost
INTEGRATED INFRASTRUCTURE
AI demand is colliding with a power-constrained infrastructure market.
E2B4 develops power generation, battery storage and hyperscale data center capacity as one integrated campus system—so power is designed into the infrastructure from the beginning rather than solved after a site is selected.
02
Scale
Plan at campus scale so individual facilities sit inside a larger energy and infrastructure strategy rather than operating as isolated projects.
03
Execution
Coordinate land, power, engineering, connectivity and facility delivery around defined development milestones and specialized counterparties.
E2B4 CENTRAL CAMPUS
Roswell Information Park
A power-first AI infrastructure campus designed to integrate onsite generation with large-scale critical IT capacity.
At full build, Central Campus is designed around 6.5 GW of net onsite generation and 4,960 MW of critical IT load across 20 data halls. Its defining energy advantage is physical access to multiple independent natural-gas routes from three producing basins, supporting an islanded power architecture designed for hyperscale AI.
Why Central Campus →
WHY CENTRAL CAMPUS
A location selected around infrastructure constraints—not simply available land.
Roswell combines multi-basin fuel access, an islanded power strategy, government support and long-haul connectivity in one campus-scale development.
4
INTERSTATE PIPELINE SYSTEMS
Multi-basin fuel redundancy
Physical access from the San Juan, Anadarko and Permian basins, plus a dedicated Pecos line, creates route and resource diversity for multi-gigawatt onsite generation.
~2.4×
PHYSICAL ACCESS / EST. FULL-BUILD NEED
Designed for full-build fuel scale
Aggregate physical delivery access is up to approximately 2.4 Bcf/day versus roughly 1.0 Bcf/day estimated at full dispatch for the planned 6.5 GW campus.
NMCHAVES
STATE + COUNTY
Formal economic-development support
The development has received formal written endorsements from state and county economic-development bodies, alongside an advanced incentive framework.
<10ms
PHOENIX + DALLAS
Low-latency regional reach
Existing and planned fiber routes are designed to connect the campus to major western and central U.S. markets, including sub-10ms latency cited to Phoenix and Dallas.
Pipeline figures describe physical access and route diversity, not contracted supply. Fiber timing and full-build power figures remain development-stage and subject to final agreements, engineering and permitting.
DEVELOPMENT ROADMAP
From site control to commissioned capacity.
E2B4 coordinates the major workstreams required to deliver hyperscale AI infrastructure—from site control and power through entitlements, engineering, construction and operations.
01SiteControl / acquisition
02PowerGeneration / interconnect
03EntitlementsPermits / approvals
04EngineeringDesign / equipment
05ConstructionPhysical delivery
06OperationsCommissioned capacity
An integrated development sequence keeps power, facilities and connectivity aligned with customer deployment requirements.
EXECUTION EXPERIENCE
Infrastructure experience built for complex, mission-critical environments.
150+ ProjectsDevelopment-team experience across data center design, construction, AI/HPC deployments and enterprise microgrids since 1999.
Hyperscale LeadershipSenior operating experience includes leadership at a major global data center operator.
OperationsCampus operating strategy is designed around experienced third-party data center operations and specialized infrastructure partners.
Mission-Critical WorkTeam experience includes engagements supporting government, research and enterprise environments.
PRIVATE CAPITAL
Investor Relations
E2B4 develops, owns and operates hyperscale data center campuses with integrated onsite power infrastructure. Qualified investors and strategic capital partners may request access to additional company and campus information.
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