AI rack emulation
Hybrid Air + Liquid and Full-Liquid AI Rack Emulators
- Rack electrical loading
- High-density thermal simulation
- CDU branch validation
- Rack cooling response
- Power-path testing
- Failure and recovery scenarios
Mission Critical | Commissioning support
Commissioning Equipment & Field Support for AI Data Centres
Test the infrastructure before the compute goes live.AMOR provides controllable electrical and thermal load equipment together with deployment and field support for functional testing, heat-load testing and integrated systems testing of mission-critical infrastructure.
The commissioning challenge
Critical infrastructure must be proven before production compute is available.
Modern AI data centres can impose very high electrical and thermal rack densities. The project team still needs to demonstrate capacity, sequence response and recovery without exposing expensive production servers to commissioning risk.
Temporary controllable loads allow the approved test plan to demonstrate that:
- Electrical distribution carries intended load
- UPS and generators perform correctly
- Transfer and redundancy sequences operate as intended
- Cooling systems reject the design heat load
- CDUs and liquid distribution respond correctly
- Controls and alarms respond correctly
- Infrastructure recovers after simulated failures
One facility | Multiple load layers
Apply controlled demand where the infrastructure needs to be proven.
Different equipment families reproduce electrical and thermal demand at facility, distribution, rack and cooling-system levels.
01Facility powerElectrical source
02MW load banksFacility-level demand
03Rack powerDistribution path
04AI rack emulatorsRack-scale demand
05Liquid / air heat loadThermal output
06CDU + cooling infrastructureHeat removal
Where the equipment fits
Rack, hall and facility-level test capacity.
Each layer can be deployed independently or coordinated as part of a wider test program.
Thermal capacity at scale
300-600 kW High-Capacity Liquid Load Banks
- Cooling-zone load simulation
- CDU capacity testing
- Liquid distribution validation
- Thermal stabilization
- Redundancy testing
- Expansion and retrofit validation
Electrical infrastructure
MW-Scale LV/MV Commissioning Load Banks
- Generator testing
- UPS validation
- Switchgear and feeder testing
- Transformer loading
- Emergency-power sequences
- Integrated-system load scenarios
Common commissioning progression
Controlled load becomes critical when systems must perform.
Commissioning terminology and stage definitions vary by owner and CxA. The following represents a common mission-critical commissioning progression.
01Factory / pre-delivery
02Installation & QA/QC
03Start-up
04Functional performance testingAMOR equipment focus
05Heat load testingAMOR equipment focus
06Integrated systems testingAMOR equipment focus
07Handover / operations
AMOR field support
Equipment is only part of the test.
Large-scale temporary loads must be selected, transported, staged, connected, configured, operated, monitored, repositioned and supported as site conditions and testing progress.
RequirementsConfigureMobilizeConnectTestSupportDemobilize
Project requirement review
Review rack density, power and cooling architecture, test capacity and commissioning schedule.
Equipment configuration
Select the rack emulators, liquid loads and MW-scale electrical load banks appropriate to the approved procedures.
Mobilization
Coordinate transportation, staging, equipment movement and site logistics.
Site readiness
Coordinate temporary electrical connections, hoses, manifolds, CDU interfaces and placement with project trades.
Setup
Connect and configure equipment for the approved commissioning procedure.
Operation support
Support staged load changes, monitoring and equipment operation during testing.
Troubleshooting & data
Adjust equipment-side interfaces and assist with equipment data capture where applicable.
Demobilization
Safely disconnect and remove temporary commissioning equipment after testing is complete.
Commissioning uses
Technical guidance for each test stage.
Explore where controlled load, equipment configuration and field support fit within common mission-critical test programs.
Functional performance testing
Controlled load for individual systems, subsystems and planned failure scenarios.
Review applicationHeat load testing
Rack and hall-scale thermal demand for CDUs, liquid loops and heat-rejection systems.
Review applicationIntegrated systems testing
Predictable electrical and thermal conditions while facility systems respond together.
Review applicationRelated commissioning equipment
Equipment for the test condition.
Ratings, interfaces and protection details are published on the equipment pages and in the approved AMOR datasheets.
Rack level | Hybrid air + liquid
240 kW Hybrid Rack Emulator
- Total load
- 240 kW
- Liquid load
- 192 kW
- Air load
- 48 kW
300 kW Full-Liquid Rack Emulator
- Liquid load
- 300 kW
- Architecture
- Full liquid
- Voltage
- 380-480 V
300-600 kW Liquid Load Banks
- Standard range
- 300-600 kW
- Models
- 4
- Voltage
- 380-480 V
MW-Scale LV/MV Load Banks
- Power range
- 1-8 MW
- Voltage
- 400 V-10.5 kV
- Load types
- R / R-L / R-C
Technology & Manufacturing Partner: Fullde
Technical Library & equipment datasheets Why AMOR
Equipment + field support + project response.
AMOR combines specialized temporary load equipment with the coordination, electrical capability and technical response required to deploy it around real construction schedules.
Equipment availability and deployment capacity are confirmed against each project's schedule and requirements.
- Specialized high-density equipment
- Rack-scale through MW-scale load
- Air, liquid and hybrid simulation
- North American project coordination
- Electrical field capability
- Project-specific technical configuration
Technical discovery
Request a project review
Share what is currently known. These details guide the first technical review and do not all need to be complete before a discussion.
01Project location02Commissioning stage03Planned test date04Electrical load requirement05Rack density and voltage06Air / liquid / hybrid cooling07Anticipated equipment quantity08Test duration09Owner / CxA requirements, if available