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Site fit and sequence

The site sets the schedule.

Nawa builds in a factory while the pad cures. What follows is the split of scope and the order of work, with no duration attached to a step nobody has run.

Scope

Who carries what.

The site provides

Land and pad
Level, drained, and engineered for the assembly weight.
Electrical service
Interconnection agreement, service entrance, and utility metering.
Network
Fibre to the pad, and the carrier arrangement behind it.
Permitting
Local approvals, inspections, and any jurisdictional review.
Heat rejection Configuration dependent
Needed for Module 20 only, where the plant sits outside the unit.
Transport route
Surveyed before order. The section is a permit load on most roads.

Nawa delivers

Factory-integrated units
Built, wired, plumbed, and tested before they leave the floor.
Power distribution Configuration dependent
From the service entrance to the rack busbar, with storage behind it.
Cooling Configuration dependent
Coolant distribution, in-row cooling, and the rejection plant where it is in scope.
Compute and network racks
Integrated to a fixed tray schedule and tested.
Controls and monitoring
Environmental, leak detection, access control, and metering.
Commissioning
Against a written acceptance script, with the results handed over.

Sequence

Assessment through handoff.

Each step names what it needs and what it produces. Timings are fixed against a named site.

  1. Site assessment

    Joint

    Needs

    • Available or planned service
    • Location and jurisdiction
    • Network position
    • Target capacity

    Produces

    • Configuration recommendation
    • Site constraint list

    Duration not stated

  2. Configuration review

    Joint

    Needs

    • Site assessment
    • Rack and tray schedule
    • Ambient design range

    Produces

    • Fixed configuration
    • Scope split
    • Interface drawings

    Duration not stated

  3. Site readiness

    Customer

    Needs

    • Interface drawings
    • Permit set

    Produces

    • Pad poured and cured
    • Service energised to the entrance
    • Fibre terminated

    Duration not stated

  4. Factory acceptance

    Nawa

    Needs

    • Fixed configuration
    • Integrated racks

    Produces

    • Witnessed test results
    • Release for shipment

    Duration not stated

  5. Delivery and connection

    Joint

    Needs

    • Surveyed route and permits
    • Ready pad

    Produces

    • Units set and docked
    • Service, fibre, and coolant connected

    Duration not stated

  6. Commissioning and handoff

    Nawa

    Needs

    • Connected assembly
    • Acceptance script

    Produces

    • Commissioning record
    • Operating handover
    • As-built package

    Duration not stated

Site profiles

Conditions this suits.

  • Plant running under its own service

    Condition
    An industrial site holds an electrical service larger than the load it draws.
    Problem
    The unused capacity earns nothing and the site has no reason to build a data hall.
    Configuration
    Module 20 where a rejection path exists, Yard 400 where it does not.
    What changes
    The spare service turns into rack load without a new interconnection.
    • Assumes: The service agreement permits the added load
    • Assumes: Space on the property for a pad

  • Tail of a hydro line

    Condition
    Generation sits at the end of a line with a few megawatts nobody takes.
    Problem
    Moving the power out costs more than the power is worth.
    Configuration
    Yard 400, sited at the generation itself.
    What changes
    The energy is consumed where it is made.
    • Assumes: Road access for a permit load
    • Assumes: Network path from the site

  • Industrial park that overbuilt

    Condition
    A park was serviced for tenants who have not arrived.
    Problem
    The service sits idle while the park waits out a long absorption curve.
    Configuration
    Yard 400, or several yards as the park fills.
    What changes
    Capacity arrives against the service the park already holds.
    • Assumes: The park operator can allocate service
    • Assumes: Pad and access inside the park

  • Wellhead flaring gas

    Condition
    Gas is burned off because there is no buyer and no pipeline.
    Problem
    The energy is destroyed and the flare is a liability.
    Configuration
    Yard 400, behind generation the site owner supplies.
    What changes
    The gas runs a load.
    • Assumes: Generation is the site owner scope
    • Assumes: Emissions treatment meets the jurisdiction
    • Assumes: Network path from a remote site

Scale

From one shell upward.

  1. Single unit

    Units
    1 × Module 20
    Capacity
    480 kW coolant capacity
    Footprint
    One 20 ft shell

    Connects to a service and a rejection path the site already runs.

  2. Yard

    Units
    3 units, docked
    Capacity
    448 accelerators
    Footprint
    24308 mm overall

    Power, compute, and heat rejection all inside the Nawa scope.

  3. Multiple yards

    Units
    2 or more yards
    Capacity
    Repeats the yard configuration
    Footprint
    Set by the pad layout

    Each yard stays electrically independent. The network is stitched across them.

    Indicative, not a fixed configuration

  4. Campus

    Units
    Hall with three clusters
    Capacity
    7536 kW design envelope
    Footprint
    Set once a site is selected

    A different design basis, not a stack of yards. Chilled-water plant and a slab.

Next

Start with a site assessment.

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