AI Server And Data Center Infrastructure Test Solutions
Validate power distribution, energy efficiency, backup systems, and critical power architectures supporting AI computing and modern data center infrastructure.
Engineering Solutions for AI Server and Data Center Infrastructure
The rapid growth of artificial intelligence, cloud computing, and high-performance computing is driving unprecedented demands on data center power infrastructure. Modern AI server environments require highly reliable power delivery architectures capable of supporting dynamic workloads, high-density compute clusters, advanced cooling systems, and continuous operation. Caltest supports AI server and data center development programs with advanced power testing solutions designed for simulation, validation, performance characterization, and reliability verification. From facility-level power distribution and HVDC architectures to power shelves, battery backup units, and server power supplies, our solutions help engineering teams evaluate system performance under realistic operating conditions while improving efficiency, resilience, and operational reliability.
Explore Solutions by AI Server and Data Center Infrastructure Segment
Cabinet and System-Level Testing
Validate complete server cabinets, AI compute clusters, and integrated data center power architectures under realistic operating conditions. Simulate facility power inputs, dynamic workload variations, power quality events, and transient disturbances to evaluate overall system efficiency, power stability, thermal behaviour, and infrastructure resilience. Caltest solutions support large-scale validation environments for hyperscale, enterprise, and edge computing applications.
Rack-Level and Power Shelf Validation
Evaluate rack power distribution systems, power shelves, power distribution units (PDUs), and server rack architectures under varying load conditions. Simulate changing compute demands, power fluctuations, and redundancy scenarios while monitoring system response, protection mechanisms, and operational stability. These validation environments help engineering teams optimize power delivery efficiency across high-density computing installations.
Power Supply Unit (PSU) Testing
Validate AC-DC and DC-DC power supply units used within AI servers and data center infrastructure. Simulate global utility conditions, voltage disturbances, frequency variations, harmonic environments, and dynamic loading profiles to evaluate conversion efficiency, hold-up performance, transient response, and overall reliability. Caltest solutions support development, qualification, and verification of next-generation server power architectures.
HVDC Distribution and Converter Testing
Support validation of high-voltage DC power distribution systems increasingly deployed within modern data centers. Evaluate rectifiers, converters, power conversion stages, and HVDC distribution architectures under realistic operating conditions. Simulate changing load demands, power quality events, and operational scenarios to assess efficiency, stability, control performance, and system reliability across advanced data center power infrastructures.
Battery Back Up Unit
Validate battery backup units (BBUs), UPS systems, energy storage platforms, and backup power architectures supporting mission-critical computing environments. Simulate utility disturbances, power interruptions, voltage deviations, and transfer events to evaluate backup performance, redundancy strategies, energy storage behaviour, and system recovery characteristics. Caltest solutions support reliable operation across AI computing facilities, cloud infrastructure, and high-availability data centers.
Recommended Products
RGS SERIES
2-in-1 Regenerative Grid Simulator
Up to 1.296MVA
High-power-density regenerative grid simulator with optional 2-in-1 load functionality. Delivers up to 24kVA in a 4U chassis and scales to 1.296MVA, with efficiency exceeding 90%.
RLS Series
Compact, Regenerative AC & DC Load
Up to 1.296MVA
This high-power density Regenerative AC/DC Load Simulator is designed for testing any AC and DC load application with advanced transients.
ELZ Series
High Power Regen AC & DC Load
Up to 1.1MWA
Fully regenerative 4-Quadrant AC and DC load with optional PHIL for testing any AC and DC load applications.
EA-ELR Series
DC Regenerative Electronic Loads
Up to 3.84MW
Regenerative DC Electronic Loads recover upto 96% of sunk energy, feeding it back into the facility or grid instead. Scale power up to 3.84MW
Featured Resources
Curious about how to use our solutions? Explore our resources tailored to AI power servers and data centers.
