Illustrative technician monitoring a high-density liquid-cooled rack simulator Illustrative AI-generated image

AMOR GROUP | MISSION CRITICAL

Prove the infrastructure.
Before live AI arrives.

AMOR provides AI rack emulators, liquid-cooled and MW-scale load banks, deployment capability and field technical support for high-density AI data centres. Equipment supports functional performance testing, heat-load testing and integrated systems testing under the approved project commissioning plan.

GROUP PLATFORMAmor-led capabilityDefinition · localization · delivery
CANADIAN EXECUTIONAmor EnergyTechnical sales · EC · field support
ASIA MANUFACTURINGSpecialist capabilityEngineering · production · factory support
GLOBAL DEVELOPMENTAmor GlobalPartnerships · investment · market development

What does AMOR Mission Critical provide?

AMOR Mission Critical supplies temporary electrical and thermal load equipment with deployment and field support. Rack emulators test rack-level power and heat paths, liquid load banks exercise cooling systems, and MW-scale load banks load facility electrical infrastructure before production compute is available.

Our partner contributes equipment engineering, manufacturing capacity, factory training, spares and product development. Amor Group leads branding, product definition and strategic development; Amor Energy provides Canadian technical sales, electrical contracting, deployment planning, field execution and after-service.

Corporate structure: Mission Critical Infrastructure is an Amor Group business platform—not a separate corporation. Canadian projects may be contracted and executed through Amor Energy Corporation.

Important: Amor supports the commissioning process—we do not replace the CxA. We translate the Owner's and CxA's requirements into configured temporary load, power/cooling interfaces, deployment sequencing and repeatable field evidence.

Controlled load from the rack to the facility.

RACK / LIQUID SYSTEMS240–600 kW
THERMAL CONFIGURATIONLiquid · Air · Hybrid
FACILITY LOAD BANKSLV / MV · 1–8 MW
DELIVERY MODELRental · Sales · Field Service

Start with the rack profile. Scale to the facility.

Liquid-cooled AI racks require liquid-cooled test loads. Capacity is planned against contracted IT load, deployed in phases and supported by project-appropriate backup—not by substituting live servers for commissioning equipment.

Pair of Fullde hybrid air and liquid AI rack emulators
Rack level | Hybrid air + liquid

240 kW Hybrid Rack Emulator

240 kW platform class
Liquid load
192 kW
Air load
48 kW
Resolution
1 kW

Simulate the electrical and thermal characteristics of a high-density AI rack before the production servers arrive.

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Rear liquid connections and manifolds on a full-liquid AI rack emulator
Rack level | Full liquid

300 kW Full-Liquid Rack Emulator

300 kW platform class
Architecture
Full liquid
Voltage
380-480 V
Resolution
1 kW

Rack-scale liquid thermal emulation for next-generation high-density AI infrastructure.

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Multiple liquid-connected load systems deployed in a data-centre hall
Hall and cooling level | Liquid load

300-600 kW Liquid Load Banks

300-600 kW platform class
Models
4
Voltage
380-480 V
Resolution
1 kW

Scale controlled thermal load from individual racks to AI halls and cooling zones.

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Containerized MW-scale load banks deployed at a data-centre facility
Facility level | LV + MV

MW-Scale LV/MV Load Banks

1-8 MW platform class
Voltage
400 V-10.5 kV
Load types
R / R-L / R-C
Deployment
Container / trailer / skid

Full-facility electrical load testing for mission-critical infrastructure.

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Technology & Manufacturing Partner: Fullde

Ready for the test—not simply delivered to the site.

AI rack density and power architecture continue to evolve beyond 120 kW and 150 kW classes. Emerging 800 VDC designs require project-specific test interfaces; they are not ratings of AMOR's current AC equipment. Read the 800 VDC commissioning analysis.

High-density AI120 kWRack-level electrical and thermal load simulation
Higher-density AI150 kWAdaptable air, liquid and hybrid test capacity
Emerging architecture800 VDCProject-specific test development · not a current product rating
01

Pre-deployment engineering

Review the Cx plan, rack mix, test scripts, power interfaces, cooling connections and deployment sequence before equipment arrives.

02

Onsite electrician support

Support placement, temporary distribution, electrical connections, energization checks and safe readiness at the commissioning site.

03

CxA scenario configuration

Configure load steps, thermal conditions and equipment groupings around the CxA's L3–L5 procedures, witness points and failure scenarios.

04

Remote or onsite engineering

Equipment specialists assist with setup, controls, troubleshooting, adjustments and repeat testing when the plan or site conditions change.

Ready for ISTCorrectly connected · Scenario aligned · Repeatable · Supported in the field

Final equipment capacity, voltage, interfaces and staffing are engineered for the project. Amor supports the CxA's process and test scenarios; the CxA retains commissioning authority.

Electrical load and heat rejection—proven together.

A server emulator applies controlled IT load upstream while recreating the air- and liquid-side thermal demand downstream. One test can expose interactions that isolated electrical or mechanical testing may miss.

From component response to integrated systems testing.

Test scenarios are aligned with the project commissioning plan, the CxA's scripts and the equipment sequence of operations.

SystemTypical assetsRepresentative tests
Critical powerGenerators · UPS · switchgear · ATS/STS · busway · PDUSteady-state loading, load steps, transfers, redundancy, recovery and alarm response
Liquid coolingCDU · manifolds · pumps · heat exchangers · valvesFlow, pressure, supply/return temperature, pump response, control stability and alarms
Air coolingCRAH/CRAC · containment · fan control · room airflowAir-side load, temperature distribution, hotspots, failover and recovery
Integrated controlsBMS · EPMS · DCIM · equipment controlsSequences, interlocks, witness points, trend capture and repeatable failure scenarios

We join early enough to engineer the right temporary infrastructure.

Early coordination allows the rental fleet, interfaces, software settings, logistics and field team to arrive ready for the actual witness plan—not merely with generic load banks.

01

Discover

Owner and CxA requirements, IT-load profile, cooling architecture and test scripts

02

Engineer

Translate requirements into equipment capacity, interfaces, controls, hookups and deployment phases

03

Factory prove

FAT / FWT / FOK, settings lock, calibration, documentation and project-specific configuration

04

Stage locally

Logistics, spares, safe setup, training, pre-functional checks and witness readiness

05

Execute & close

PFT / FPT / IST support, data capture, repeat tests, issue resolution and evidence package

Typical project terminology may include FAT, FWT, FOK, QA/QC, PFT, FPT, IST and TOI. Exact stage names and responsibilities vary by Owner and CxA.

Equipment built for real deployment.

Representative manufacturing-partner equipment and deployments from live data-centre programs in Asia. Amor is adapting this capability for global rental, sales and field-service delivery.

Containerized high-capacity load banks at an Asia data-centre deployment
MW-SCALE LOAD BANKSMulti-unit outdoor deploymentManufacturing partner reference · Asia
Rack-scale test equipment connected inside a live data-centre environment
RACK-LEVEL TESTINGField-connected server emulationManufacturing partner reference · Asia
Liquid and electrical connections on a deployed rack simulator
HYBRID CONNECTIONSPower and liquid integrationManufacturing partner reference · Asia
Containerized load banks staged beside a data-centre facility
FACILITY COMMISSIONINGStaged temporary-load platformManufacturing partner reference · Asia
Multiple rack-scale server emulators installed in rows for data-centre testing
MULTI-RACK DEPLOYMENTScalable, repeatable test capacityManufacturing partner reference · Asia

Send the test requirement—not just an equipment list.

We can work from the Cx plan, equipment schedule or an early design brief to identify the right rack count, liquid/air split, interfaces, deployment phases and field-service scope.

Start technical discovery
01

Target IT capacity

Rack count, kW per rack and planned commissioning phases

02

Electrical interface

Voltage, frequency, supply channels, connectors and temporary distribution

03

Cooling architecture

Liquid/air split, CDU and manifold details, target flow, pressure and temperatures

04

Test stage

FAT/FWT/FOK, PFT/FPT, IST, witness dates and data requirements

05

Delivery model

Equipment rental or purchase, setup, operators, training, spares and remote support

Equipment + adaptable field service

From one rack to a MW-scale test plan.

Bring Amor into the technical discovery with the Owner, EPC and CxA.

Discuss your project