// TEST SOLUTIONS

Power HIL Simulation

Power HIL Simulation

Safely validate high-power embedded control systems, inverters, and grid interactions in real time using real-power HIL (hardware-in-the-loop) simulation instead of full physical hardware.

Safely validate high-power embedded control systems, inverters, and grid interactions in real time using real-power HIL (hardware-in-the-loop) simulation instead of full physical hardware.

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// RELATED PRODUCTS & SOLUTIONS

Systems and Solutions

Systems and Solutions

Bidirectional AC/DC Power Supplies

ActionPower’s bidirectional programmable power supplies serve as the core power interface for the HIL platform, delivering millisecond-class response times and high-precision output to dynamically simulate batteries, power grids, and complex load behaviors.

  • Voltage ranges cover both low-voltage EV subsystems and high-voltage ESS (up to ±1200VDC / 800VAC)

  • Current response time <1 ms, suitable for step response, fault injection, and dynamic testing

  • Four-quadrant operation: source and sink, with energy recovery

  • Built-in test waveforms for IEC, GB, and grid fault simulation

Battery Simulator, Grid Emulator & Electronic Loads

Tailored to your testing needs, the platform integrates flexible physical simulation interfaces to match specific hardware requirements.

  • Battery Simulator: Supports RC model, custom CSV battery curves, adjustable SOC/IR/temperature

  • Current response time <1 ms, suitable for step response, fault injection, and dynamic testing

  • Four-quadrant operation: source and sink, with energy recovery

  • Built-in test profiles for IEC, GB, and grid fault simulation

Real-Time Control Interfaces

Built for seamless integration, the HIL platform supports major industry-standard protocols to ensure reliable, real-time data exchange with the Device Under Test (DUT).

  • CAN / CAN FD: For BMS and vehicle communication

  • Modbus / RS485: Common for ESS or industrial controller testing ]

  • EtherCAT: For high-speed, real-time deterministic control

  • I/O / PWM / Digital Trigger: For analog and digital signal integration

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