Facility demand
MW-scale LV/MV load banks exercise generation, UPS, switchgear, transformers and distribution.
Commissioning use | Integrated systems
Integrated Systems Testing Equipment & Field Support
Test the facility as a system—not just as individual components.Integrated Systems Testing examines how power, cooling, controls and backup systems respond together. AMOR provides predictable electrical and thermal test conditions under the owner/CxA-approved commissioning plan.
Integrated behaviour
Electrical, mechanical and control systems must respond together.
Integrated Systems Testing is typically executed under the owner/CxA-approved commissioning plan. AMOR provides controllable load equipment and field support to create and maintain the required electrical and thermal test conditions.
Representative scenario categories include:
- Loss of utility power
- Generator response
- Transfer sequences
- UPS operation
- Redundant path transitions
- Cooling component failure
- Pump / CDU transitions
- Control and alarm response
- Recovery to normal operation
Specific timing criteria, sequences and pass/fail thresholds remain confidential and project-specific.
One test | Interdependent paths
Hold the load condition while the facility changes state.
Electrical and cooling infrastructure can transition simultaneously. Predictable temporary loads allow the project team to observe how both paths respond.
Electrical pathUtility / serviceSwitchgearUPSGeneratorsATS / STSDistributionAI rack load
Thermal pathChillers / heat rejectionPumpsCDULiquid loopAI rack thermal load
Why controllable equipment matters
Repeatable load creates a stable reference point.
During IST, infrastructure conditions change while the required test load must remain known and predictable. Multiple rack emulators, liquid load systems and MW-scale banks may operate simultaneously across different parts of the facility.
Project-specific grouping and control allow the team to recreate defined test conditions, repeat a scenario after issue resolution and compare system response without depending on production servers.
Rack to facility
Coordinate different load layers around one approved plan.
AMOR equipment specialists and field teams support configuration, connection, operation and rapid adjustment while the owner, CxA and project team direct and witness the test.
Rack demand
AI rack emulators apply controlled electrical load at the point of intended compute.
Thermal demand
Hybrid, full-liquid and hall-scale systems introduce repeatable heat into the cooling path.
Field response
AMOR supports equipment operation, troubleshooting, repositioning and equipment-side data during the test window.
Related commissioning equipment
Coordinate rack, cooling and facility-level load.
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 an IST equipment plan
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