Utility interconnection
Regional grid supply under review. SVEC discussions remain preliminary; Dominion feasibility review remains pending.
PROPOSED DEVELOPMENT / PENN LAIRD, VIRGINIA
Infrastructure
built for what's next.
A proposed next-generation AI and high-performance computing campus, exploring resilient power, intelligent energy management and efficient cooling — one validated step at a time.
♢ Project concept under evaluation · Not yet operational
WHG / POWER SYSTEM CONCEPT STUDY STAGE
AI / HPC
PLANNED COMPUTING INFRASTRUCTURE
⚡ Power▣ Control◌ Cooling
26 ACRESProposed Virginia site
250 kWPilot planning scenario
6 MWPhase-one study target
12 MWLong-term study envelope
01 / WHO WE ARE
A disciplined
approach to scale.
WHG Data Center is a proposed venture of White Hand Global LLC, building on a background in government and commercial contracting to explore the development of future mission-critical digital infrastructure.
The proposed 26-acre Penn Laird campus is being evaluated as a phased project. Design choices, electrical capacity, infrastructure availability, permitting and capital requirements remain subject to detailed study. The design objective is to align with applicable U.S. federal security and operational requirements for potential agency use, subject to verification and approval.
✓ No finalized utility commitments, operating capacity or construction schedule are represented.
02 / SYSTEMS UNDER EVALUATION
Power, cooling,
and control — together.
Architecture-first thinking. Every critical system is being evaluated for compatibility, resilience and operational efficiency.
On-site generation
Studying gas generation and turbine configurations, resilience requirements, black-start strategy and equipment lead times.
Energy storage
Battery energy storage concepts for rapid ride-through, peak support and resilient power operation.
Intelligent microgrid
A coordinated protection, distribution and control layer is being evaluated. No final topology has been selected.
Advanced liquid cooling
Evaluating direct-to-chip and other high-density cooling approaches with energy and water use as key design considerations.
Reliability by design
N+1 redundancy is a planning objective for selected critical systems, subject to engineering validation.
☼ Optional future studies: renewable generation and potential grid export, only if technically, commercially and legally feasible.
A SIMPLIFIED SYSTEM VIEW
One coordinated energy strategy.
Conceptual discussion diagram only. Physical power flows, protective equipment and control interfaces require engineering design.
⌁SVECVerbal discussions only; no written capacity confirmation
⌁DominionFeasibility study pending; no confirmed connection
♨On-site generationUnder technical evaluation
▥BESSCapacity and integration TBD
POWER / PROTECTION
→
⌘Switchgear, metering & microgrid controlsConceptual architecture / subject to engineering
PLANNED DISTRIBUTION
→
▤ IT & HPC loads
◌ Cooling & site loads
↗ Optional grid export Subject to utility approval & contracts
NOT AN ELECTRICAL SINGLE-LINE DIAGRAM · No implied parallel utility operation · All feed capacities and interconnection methods are unconfirmed.
03 / DEVELOPMENT PATH
Stage by stage.
Evidence before commitment.
Study-stage capacity references are planning objectives only, not utility-approved availability or a forecast of completed construction.
Pilot-scale concept
Assessing technical configuration and initial deployment economics.
First major deployment
Subject to utility agreements, permits, anchor demand, engineering and financing.
Phased expansion
Potential longer-term development envelope; not a committed capacity.
04 / RESEARCH VISION
Make every
kilowatt-hour count.
WHG is investigating approaches to improve energy used per completed AI computation, including coordinated GPU operation and liquid-cooling controls. Research feasibility, originality and performance improvements have not yet been demonstrated.
THE EFFICIENCY VISION Maximize useful computing delivered for each unit of electricity consumed. This ambition is evaluated scientifically through kWh per completed standardized AI workload, not by equating kilobytes with kilowatts.
◎
PRIMARY RESEARCH METRIC
Energy per completed AI workload (kWh / standardized work)
◫
SECONDARY METRIC
Power Usage Effectiveness (PUE), where facility-scale measurement applies
05 / PARTNER DISCUSSION
A clear starting point
for technical dialogue.
For engineering firms, utilities and potential capital partners. Current discussions are exploratory and do not represent partnership commitments.
MEETING BRIEF / DISCUSSION ITEMS
Five questions to align on.
Designed as a practical agenda companion for early-stage meetings.
Start a conversation ↗01Utility feasibility and connection strategy ›
02On-site generation sizing, gas and turbine options ›
03BESS, protection, and microgrid controls ›
04Equipment schedule and engineering scope ›
05Optional export economics, subject to approvals ›
01 / UNITED STATESSubmit a Verified Business Proposal
For U.S. firms: professional email, U.S. SMS verification, and company details required before submission. Activation pending.
Business Application ↗02 / GENERAL & INTERNATIONALContact UsFor general questions, introductions, and inquiries from organizations outside the United States.
General Inquiry ↗06 / CONTACT
Let's discuss
what's possible.
For engineering, infrastructure, partnership and project-development inquiries, contact the WHG team through the appropriate private channel.
Contact Us ↗Public contact details are intentionally not displayed at this stage.
WHG.DATA CENTER⌖ Penn Laird, Virginia, USA