Initial pilot
A defined first capacity block
Illustrative AI-generated imageAI INFRASTRUCTURE | PHASED DEVELOPMENT
Start at 1–3 MW.
Prove the model. Scale the site.
AMOR's preferred initial development model targets approximately 1–3 MW of AI compute capacity, allowing technical performance and commercial demand to be proven before larger-scale capital deployment.
Why start in phases
Build enough to prove what matters.
A pilot is not a miniature final campus. It is a deliberate first capacity block that should create evidence for the next technical, customer and investment decision.
Capital exposure
Commit only at approved gates
Infrastructure
Electrical · cooling · network
Demand
Customer / offtake before scale
1–3 MW pilot requirements
What does a 1–3 MW AI pilot site need?
Use this as an initial screening framework—not a finished design. The target is AI IT load; utility capacity, external connectivity, cooling and physical infrastructure must support the complete facility.
UTILITY / FACILITY INPUTTotal site power
ElectricalConversion + distribution losses
CoolingHeat rejection systems
Pumps / CDULiquid movement + control
AuxiliariesControls + support systems
AVAILABLE IT / GPU LOADAfter facility overheadProject-specific
illustrative operating facility demand · initial usable-power screen ≈ 1.5 MW
illustrative operating facility demand · initial usable-power screen ≈ 4.5 MW
DEFINITION1 MW / 3 MW = target AI IT / compute load
These figures do not represent total utility or facility demand.
Target AI IT / compute load1.0 MWDefined pilot capacity
Operating facility demand1.2–1.4 MWIllustrative planning range
Initial usable-power screen≈ 1.5 MWBefore detailed design
FIBRE / CONNECTIVITYExternal carrier / WAN readiness
Two physically diverse fibre paths preferred, with scalable carrier access and a credible path to 100G-class external connectivity where customer requirements justify it.
Separate from the internal AI compute fabric.COOLINGLiquid-cooling ready
Liquid-cooling ready: CDU architecture, secondary loop, heat rejection, redundancy and later expansion must be evaluated together.
PHYSICAL SITEDeployable and serviceable
Building or modular space, equipment access, secure perimeter, electrical and cooling areas, with expansion allowance preferred.
Target AI IT / compute load3.0 MWDefined pilot capacity
Operating facility demand3.6–4.2 MWIllustrative planning range
Initial usable-power screen≈ 4.5 MWBefore detailed design
FIBRE / CONNECTIVITYExternal carrier / WAN readiness
Two physically diverse fibre paths preferred, with multiple scalable carrier services and a path through multiple 100G services—and potentially toward 400G-class connectivity—where the workload requires it.
Separate from the internal AI compute fabric.COOLINGLiquid-cooling ready
Liquid-cooling ready: multiple CDU or cooling zones, secondary distribution, heat rejection, redundancy and phased capacity growth.
PHYSICAL SITEDeployable and serviceable
Larger electrical and cooling footprint, staging and heavy-equipment access, secure operations, with significant expansion allowance preferred.
INITIAL1–3 MW
→PROVETechnical + commercial
→EXPANDOnly where every critical system supports it
Illustrative initial site-screening targets only. Actual facility power, connectivity, cooling, redundancy and physical requirements depend on compute architecture, workload, customer requirements and site design. No universal PUE or bandwidth-per-MW formula is assumed.
What can 1–3 MW serve?
Capacity follows a customer and workload strategy.
The same megawatt can support very different commercial outcomes depending on hardware, utilization, network design, service model and customer requirements. These are potential categories—not promised customers.
01Enterprise AI02Private AI clusters03Sovereign or regional compute04Inference workloads05Specialized training06GPU cloud capacity07Research and institutional compute08Dedicated private infrastructure
Conditional expansion
Design the pilot with future phases in mind.
The pilot should avoid unnecessarily blocking later growth. Expansion remains a separate decision based on additional power, fibre scalability, land, cooling capacity, approvals, customer demand and capital.
GATE 01Power available?Fibre scalable?Cooling expandable?Approved →
GATE 02Customer demand?Capital approved?Approvals maintained?Approved →
Pilot development
Start with the site. Define the first capacity block.
Share the documented power, fibre, site-control and development position. AMOR will determine whether a 1–3 MW pilot warrants further review.