PILGRIM POWERENGINEERING
PROJECT MANAGEMENT · ENGINEERING · PROCUREMENT · CONSTRUCTION

Your project.
Engineered
for delivery.

Pilgrim Power Engineering helps data center investors and operators turn AI infrastructure plans into coordinated, buildable projects—from site evaluation through commissioning.

PILGRIM / PROJECT DELIVERY01—04
Modular compute, connected by power and data
AI INFRASTRUCTURE
COORDINATED DELIVERY
POWER → COOLING → CONNECTIVITY → COMPUTECONCEPT VISUALIZATION
FROM INVESTMENT DECISION TO OPERATIONAL HANDOVER.Explore our approach ↓
01 / YOUR DELIVERY PARTNER

Invest with clarity.
Build with control.

Pilgrim Power Engineering connects project management, engineering, procurement, and construction for new data centers, modular AI facilities, and capacity expansions. We help owners define scope, evaluate tradeoffs, coordinate delivery partners, and prepare facilities for operation.

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Project management

One coordinated plan for scope, cost, schedule, and risk.

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Engineering

Translate compute requirements into site and system designs.

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Procurement

Align equipment packages, vendor interfaces, and lead times.

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Construction

Coordinate field execution, commissioning, and handover.

02 / VALUE FOR INVESTORS & OPERATORS

Better decisions.
Fewer delivery gaps.

We add value at the interfaces where development risk accumulates: between the site and the utility, the design and the purchase order, and installation and operation.

FOR DATA CENTER INVESTORS

Make the next capital
decision with context.

Connect technical feasibility to the development plan. We organize the evidence, assumptions, and outstanding decisions that shape a project’s cost and timing.

  • Site diligence: assess utility interfaces, access, cooling constraints, and permitting dependencies.
  • Cost visibility: develop scope-based estimates, procurement comparisons, contingency assumptions, and change forecasts.
  • Decision gates: identify what must be resolved before design release, equipment commitments, or construction authorization.
  • Schedule confidence: map long-lead equipment, utility milestones, and critical-path risks.
FOR DATA CENTER OPERATORS

Bring operational needs
into the delivery plan.

Define how the facility will be commissioned, maintained, and expanded while the team can still influence equipment and layout decisions.

  • System integration: coordinate rack power, cooling, controls, networking, and OEM requirements.
  • Expansion planning: sequence installations and cutovers around agreed operating constraints.
  • Acceptance readiness: define functional tests, integrated-system responses, and turnover requirements.
  • Usable handover: organize as-built records, training, spares, warranty responsibilities, and operating procedures.
WHAT YOU RECEIVE

A basis of design. A coordinated schedule. A procurement register. Cost and risk reporting. A documented path to acceptance.

03 / PROJECT MANAGEMENT & EPC SERVICES

A delivery plan.
From first study to startup.

Pilgrim Power Engineering provides a coordinated framework for engineering, procurement, construction, and commissioning. We align owners, designers, vendors, and contractors around defined responsibilities and decision milestones.

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Keep the whole project
moving together.

Engage us for a defined project phase or coordinated delivery across the lifecycle. We establish scope boundaries, reporting cadence, vendor interfaces, and acceptance criteria. Licensed design and trade work are coordinated with the appropriately qualified project professionals.

Plan your deployment ↗
01 Define & engineer +

Establish the owner’s requirements, evaluate site and utility constraints, and develop a basis of design. Coordinate front-end engineering through detailed design and construction-document review.

  • Feasibility, scope definition, and design review gates
  • Civil, structural, electrical, mechanical, fire protection, and controls interfaces
  • Permitting coordination, cost estimates, and a project risk register
02 Procure & integrate +

Prepare equipment packages, compare bids against the same requirements, and track long-lead commitments. Coordinate vendor information with design and field installation needs.

  • RFQs, technical and commercial bid comparisons, and owner approvals
  • Submittal reviews, factory acceptance testing, logistics, and expediting
  • Transformers, switchgear, UPS, generators, cooling, and compute interfaces
03 Construct & manage +

Coordinate site works, module delivery, equipment setting, and MEP installation. Maintain visibility into progress, field issues, forecast costs, and schedule changes.

  • Construction management, contractor coordination, and quality observation
  • Critical-path updates, change control, and progress reporting
  • RFI and submittal workflows, safety coordination, and readiness reviews
04 Commission & hand over +

Plan acceptance before startup. Coordinate equipment checks, integrated-system testing, and turnover so operators receive both a commissioned facility and the information needed to run it.

  • Startup sequencing, functional tests, and failure-mode verification
  • Training, systems manuals, spares, and as-built documentation
  • Punch-list management, acceptance records, and warranty transition
PROJECT MANAGEMENT AT EVERY STAGE

Owner reporting / Cost & change control / Critical-path scheduling / Risk & action tracking

04 / AI & COMPUTE PROJECTS

Specialized workloads.
Coordinated deployments.

We provide the project delivery services behind demanding compute environments. Select a workload to see how its requirements shape engineering, procurement, and construction.

ACCELERATED INTELLIGENCE

Plan the infrastructure
behind intelligence.

Project management and EPC services for artificial intelligence, large language models, training, fine-tuning, and inference deployments. We translate the selected compute platform into coordinated power, cooling, network, and installation requirements.

  • Validate rack density, utility demand, and site constraints
  • Coordinate GPU, cooling, electrical, and network vendor interfaces
  • Sequence equipment delivery, installation, and acceptance testing
Discuss your deployment ↗

Our role is project delivery and infrastructure integration. Compute equipment, software, operating services, and contracting responsibilities are defined in each engagement.

05 / ENGINEERING & INTEGRATION

Manage the interfaces.
Connect the systems.

Engineering decisions affect procurement, field work, and the operating facility. Explore the systems we coordinate within the project delivery plan.

Plan the path to power.

We coordinate utility requirements, load assumptions, transformer and switchgear packages, and rack distribution. Our project team tracks utility dependencies and electrical interfaces so equipment procurement and construction follow a consistent design basis.

Utility interfacesElectrical designPower distribution
NEW-SYSTEM DEPLOYMENT / AI PROJECT EXAMPLE

Rack-scale AI.
Facility-scale planning.

A 2.35 MW modular GB300 concept illustrates the engineering and project management required for high-density AI. The delivery scope connects utility demand, rack power, direct liquid cooling, residual air cooling, and integrated controls.

For investors, the study defines design assumptions and decisions before procurement. For operators, it links cooling performance, power limits, maintainability, and acceptance testing. The revised concept evaluates warm-water economization and dry coolers, with trim cooling dependent on site climate.

Plan your AI infrastructure project ↗
GB300 NVL72 / ENGINEERING CONCEPTREV. 02
2.35 MW
CONCEPT IT LOAD
18Racks in the study
Liquid + airIntegrated heat management

Preliminary design example, separate from the existing modular site shown below. Final capacity and performance depend on site studies, certified equipment selections, and detailed engineering.

06 / MODULAR DATA CENTER PROJECT EXAMPLE

The site behind
the deployment.

A documented modular data center in Mooresboro, North Carolina illustrates the breadth of coordination behind an operating site—from land and utility interfaces to equipment and turnover records.

Modular data center and electrical transformer at the Mooresboro, North Carolina project site
PROJECT EXAMPLE / MOORESBORO, NCACTUAL SITE PHOTOGRAPH ↗
18Documented rack positions
1,000 kVATransformer nameplate rating
12.12 acresDocumented site area
ModularContainerized facility configuration

Turn site information
into a delivery plan.

The project records span foundation and container engineering, utility installation, electrical distribution, fiber access, PLC-controlled ventilation, and supplemental evaporative cooling. They also include a 2024 certificate of occupancy, site plans, manuals, and operating procedures.

This example shows where our services add value: consolidating technical records, clarifying scope and vendor interfaces, sequencing approvals and installation, and defining the evidence required for turnover. For a new deployment or expansion, these activities give investors a clearer decision basis and operators a more complete handover.

PILGRIM POWER ENGINEERING

The owner’s priorities.
The project’s full picture.

Pilgrim Power Engineering is the doing-business-as name of Ellenboro Road, LLC. We provide project management, engineering, procurement, and construction services for data center development and infrastructure deployment.

Our approach connects the investment plan to technical decisions, procurement commitments, field execution, and operational readiness—so owners can see what is decided, what remains open, and what comes next.

PLANNING YOUR ENGAGEMENT

Define the work.
Align the team.

Who do you work with?+

Data center investors, developers, owners, and operators planning new facilities, modular AI systems, infrastructure upgrades, or phased expansions. We coordinate with the owner’s designers, equipment suppliers, utilities, and construction partners.

Can you manage a phase or the full delivery lifecycle?+

Yes. A scope can focus on due diligence, engineering coordination, procurement, construction management, or commissioning and handover. A broader engagement connects these phases through a common schedule, cost baseline, risk register, and reporting process. Contracting responsibilities are defined before work begins.

How do you help control project cost and schedule?+

We make scope boundaries explicit, compare bids on a consistent basis, track utility and equipment dependencies, and maintain cost, risk, and change reporting. Decision gates help owners understand the implications of commitments before authorizing them.

Is the 2.35 MW GB300 example installed capacity?+

No. It is a preliminary engineering concept for a new AI deployment. It demonstrates the planning and integration scope; it does not represent installed GPUs or guaranteed capacity, performance, or delivery dates.

What information helps start an engagement?+

Share your location, intended workload, target capacity, development stage, desired schedule, and available site or utility records. We can use those inputs to define an initial evaluation, deliverables, and the next decision gate.

PLAN YOUR NEXT DEPLOYMENT

From project ambition
to a practical plan.

Tell us where you are in the development process and what you need to deliver.

velez612@gmail.com ↗Data center investors · Developers · Owners · Operators
PILGRIM POWER ENGINEERING / PROJECT INQUIRY

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