Ready-power AIDC development

Start where others still wait.

Power-ready sites. Purpose-built modules. The fastest path to delivery.

FaradMod focuses on a rare class of U.S. greenfield opportunity: sites with usable power already in place, positioned for acquisition and near-term construction—not early-stage land waiting on a new substation or load study. We pair that access with machine-specific OEM modular delivery.

See the advantage View reference solution

The core moat

Acquire a site that can move directly into construction.

FaradMod’s primary advantage is access to AIDC-suitable greenfield opportunities where usable power is already ready—not merely planned.

Years of infrastructure experience applied to the hardest part of AIDC: finding power-ready land.

We focus on acquisition candidates that can avoid the longest front-end delays and move toward construction immediately after diligence and closing.

  • 01Usable power already in place—not a future utility promise
  • 02No new substation build required before initial construction
  • 03No front-end load-study wait before the ready phase can proceed

Delivery assurance

Design to the machine. Build through OEM. Connect on site.

Once the powered site is secured, FaradMod translates the off-taker’s machine requirements into a purpose-built modular deployment manufactured by qualified OEM partners.

The modules arrive ready for site integration, compressing field work while preserving machine-specific engineering. The OEM model avoids the fixed cost and schedule burden of building an owned factory.

Off-taker specific
The deployment is configured around the contracted machine platform and operating requirements—not around a generic catalog product.
OEM manufactured
Qualified partners build the modules while FaradMod coordinates site, EPC, and delivery around one project schedule.
Field-connected
Factory-built infrastructure is transported to the powered site for connection, commissioning, and operation.

Why we can move faster

TIME SAVED · LOWER FIXED COST · FASTER DELIVERY

Ready power removes front-end waiting. Machine-specific modular design reduces on-site construction. OEM manufacturing keeps capital focused on the project. Speed is the result of those choices—not a standalone promise.

Reference architecture

One modular infrastructure architecture, engineered around the machine.

GB300 NVL72 is the current reference workload. The architecture connects the full power, liquid-cooling, module, and platform road map—then adapts each layer to the off-taker’s selected system.

Current design basisGB300 NVL72 modular AIDC reference
12MWUtility capacity
10MWIT load
≈ 1.2Target PUE
  1. 01 / POWER

    A complete power chain, not a utility handoff.

    Each stage has a defined role in delivering conditioned, resilient power from the grid to the AI load.

    1. Utility serviceBrings verified site power into the facility boundary.
    2. TransformerConverts incoming voltage for the facility distribution architecture.
    3. UPSConditions power and bridges critical loads through transfer events.
    4. Standby generationSupports continuity when utility power is unavailable.
    5. Energy storageSupports peak management and backup-power strategy.
  2. 02 / COOLING

    Closed-loop liquid cooling for GB300.

    The thermal chain carries heat from the rack through controlled coolant distribution to site heat rejection, targeting a PUE of approximately 1.2.

    1. Rack liquid loopCaptures heat at the GB300 liquid-cooled rack interface.
    2. CDUSeparates and controls the technology and facility liquid loops.
    3. Coolant distributionRoutes controlled flow across the modular compute environment.
    4. Chiller / dry coolerRejects heat according to climate and final engineering.
    5. Closed-loop returnReturns conditioned coolant through the loop for continuous reuse.
  3. 03 / MODULE

    Factory-built around the off-taker’s machine.

    GB300 NVL72 is the current reference, but the module is engineered from the contracted platform’s electrical, cooling, controls, network, and service requirements.

    1. Machine briefFreeze the off-taker platform and operating requirements.
    2. Integrated designCoordinate power, cooling, controls, network, and maintainability.
    3. OEM buildManufacture and integrate the module with qualified partners.
    4. Connect on siteSet, connect, commission, and place the modular capacity into service.
  4. 04 / PLATFORM

    Extensible infrastructure, independent of one machine generation.

    The modular infrastructure is configured to the customer’s selected platform and can be extended as power density and cooling requirements evolve.

    Rubin: forward-looking road map · not a delivered reference
    Current referenceGB300 NVL72

    The present basis for machine-specific power, liquid-cooling, and modular integration discussions.

    Forward road mapNVIDIA Rubin family

    Planned as an extensibility path for higher-density requirements, subject to future platform specifications and project engineering.

    Other platformsLeading accelerators and systems

    The customer selects the machine; FaradMod develops the matching modular infrastructure solution with its partners.

Reference architecture only—not a delivered-product specification. Final topology, redundancy, equipment selection, controls, price, and schedule are established with the off-taker and selected OEM through detailed engineering.

Discuss the reference architecture

Development pipeline

Powered opportunities in development.

The Texas 30MW and Southeastern U.S. 50MW opportunities remain in the development pipeline. They are not currently owned FaradMod assets; diligence, access, and acquisition are subject to transaction.

PROJECT 01 / TEXAS

Texas 30MW AI Data Center Project

Development Pipeline · Powered Greenfield · Not Currently Owned

30MWPower capacity
12MWEnergized now
Discuss project
  • 30MW power capacity — Phase 1: 12MW energized and ready now; Phase 2: 18MW expected Q1 2027.
  • ~4.5-acre greenfield ideal for modular AI data centers.
  • Fiber from 2+ carriers, with bandwidth up to 400Gbps.
  • On-site water plus a nearby natural gas pipeline for gas generation or backup power redundancy.
  • Ideal for modular AI data centers and HPC clusters.
PROJECT 02 / SOUTHEASTERN U.S.

Southeastern U.S. 50MW Power Infrastructure Site

Development Pipeline · Off-Market · Not Currently Owned

50MWPower capacity
3.7–4.9¢All-in / kWh
Discuss project
  • 50MW power capacity confirmed by power study (Nov 2025).
  • All-in power pricing of 3.7–4.9¢/kWh, tiered by uptime and 40–60% below U.S. industrial averages.
  • 15-acre flat site with no zoning restrictions, adjacent to a substation with 44.7 kV transmission access.
  • Dark fiber available with low latency, plus on-site water access.
  • Ideal for AI/HPC compute and large-scale modular deployment.
  • Off-market opportunity — full details released under NDA.

Development platform

A focused platform for power-constrained AI growth.

FaradMod is a power-first AI infrastructure development platform focused on the most constrained part of the market: sites with credible, usable power.

The business model is direct: source suitable U.S. greenfield opportunities, acquire after diligence, secure a long-term off-taker contract, deliver machine-specific capacity through modular EPC and OEM partners, then operate for lease income.

  1. 01Power-first site selection and independent verification
  2. 02Long-term off-taker contract before full build-out
  3. 03OEM delivery followed by leased operations

Development questions

How the model works.

The sequence from power verification and site acquisition to contracted demand, modular delivery, and long-term operations.

01

What makes a site viable?

Credible power comes first. We independently verify capacity and timing, then assess land control, fiber, water, permitting, interconnection, and the path to AI-ready operation.

02

Why use an asset-light delivery model?

The scarce asset is powered land, not factory ownership. Sourcing modular systems from qualified OEMs preserves capital for site control while retaining project-specific engineering and procurement flexibility.

03

Where does the off-taker fit?

The target structure is a long-term pre-lease aligned to MW demand, machine specification, service requirements, and delivery schedule before full build-out.

04

What is the business sequence?

Source a powered greenfield opportunity, acquire it after diligence, secure a long-term off-taker contract, complete modular EPC delivery, and operate the leased infrastructure.

05

How do investors or partners engage?

Use the form below to identify your investment, powered-site, off-taker, OEM, or project-finance interest. Project-level information can be shared under NDA.

Project & capital partnerships

Bring the right site, demand, and capital together.

We welcome conversations with powered-site owners, off-takers, OEM and EPC partners, project-finance providers, and investors. No financing amount or equity structure is being presented on this site; opportunities are discussed project by project.

POWERED SITES · OFF-TAKERS · OEM / EPC · CAPITAL