Data Center Load Banks

Load banks are widely used in data centers to test power supply systems, UPS, Cooling systems (CDU, liquid cooling loops), etc. They are usually rack-mounted style to simulate the GPU, cabinet style, enclosure style, etc., and the cooling methods include air fan cooling and water cooling.

Data Center CDU & UPS Testing Data Center CDU & UPS Testing

Data Center CDU & UPS Testing

Data Center CDU Testing Data Center CDU Testing

Data Center CDU Testing

Data Center Generator Testing Data Center Generator Testing

Data Center Generator Testing

Main products for Micro Grid Application

Featured collection

Frequently Asked Questions

  • How to Choose the Right Load Banks for a Data Center?

    1. Define the Testing Purpose, for Generators, UPS systems, Power distribution, Cooling systems (CDU, liquid cooling loops), or AI server simulation.
    2. Determine Total Power Capacity and Each Power Distribution.
    3. Choose Load Type: air load banks for Generators, UPS, PDUs, liquid load banks for AI / HPC / CDU / liquid cooling systems, or Hyber air & liquid load banks for NVIDIA AI server simulation.
    4. Focus on stability, response speed, and accuracy.
    5. Design safety protection, heat dissipation, and the liquid pipe system.

  • What Is A Liquid Load Bank?

    A liquid load bank converts electrical energy into heat using resistive elements, then transfers that heat into a circulating liquid—typically water or a water-glycol mixture. The heated liquid is removed through a closed-loop system connected to a CDU (Coolant Distribution Unit), chiller, or facility cooling loop.

  • What Emax products can be used in data centers?

    1. Liquid load banks
    A. IMAX8330-30kW Rack-mounted liquid load bank
    B. IMAX8150-500kW liquid load bank-Tank style
    C. IMAX83200-200kW liquid load bank-Rack style

    2. Air load banks
    A. IMAX3101-100kW/3102-200kW Air load bank-Enclosure style
    B. IMAX1007-7kW Rack-mounted Air load bank.
    C. IMAX4101-1MW/IMAX4103-3MW/IMAX4105-5MW Container load bank.

    Improving energy efficiency; enhancing stability (avoiding localized overloads or voltage imbalances, especially during microgrid grid-connected/off-grid switching, maintaining frequency and voltage stability); extending equipment lifespan; and supporting intelligent management.

Clicky