Helion Series AC/DC Hybrid Power Supply: High Power Density Modular Test System
A Hybrid Power System for Modern Test Laboratories

The need for multiple power supplies and electronic loads in power electronics, energy storage systems, and electric vehicle testing is now eliminated. The Action Power Helion Series AC/DC Hybrid Power System combines AC and DC source and load modules within a single system, offering high power density, flexibility, and a compact design.

The MIX series hybrid power supply reliably performs dynamic and characterization power tests with a precision of 0.01% to 0.05% FS for AC power and 0.02% to 10 mV for DC power. It is supported by highly accurate voltage and current measurement devices and a microprocessor for digital signals. Its compact footprint and 9.9 kW/3U power density make it a clear choice.

Key Technical Advantages

AC/DC Hybrid Operation
With AC and DC modules operating on the same platform, it responds to various test scenarios with a single device. This consolidates the need for separate AC and DC power supply test systems into one solution.

High Power Density
Despite its compact size, its 9.9 kW output capacity at 3U height allows you to maximize your lab space efficiency.

Multi-Channel Modular Structure
Thanks to its modular power supply design, you can use up to six different channels simultaneously and quickly configure complex test topologies.

Ultra-Fast Dynamic Response
Ideal for electric vehicle inverters, OBCs, and battery tests, it responds to sudden load changes within milliseconds.

Advanced Control and Monitoring
With its hybrid loop interface, screen mirroring, and remote-control support, it offers a user-friendly testing experience.

Application Areas

  • Power electronics R&D
  • Battery charging/discharging and lifetime testing
  • Energy storage system (ESS) testing
  • OBC (On-Board Charger) and DC-DC converter testing
  • Applications requiring electric vehicle test equipment

The ActionPower Helion Mix Series AC/DC Hybrid Power System, with its high power density, modular structure, and support for versatile test scenarios, is poised to become an essential tool for modern test laboratories. It offers a compact, fast, and flexible solution—especially for electric vehicle testing systems and energy storage testing.