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// 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.

Hardware-in-loop Test System

Authorised Distributors For

Authorised Distributors For

ActionPower Logo
Hioki Logo
Headspring Logo
Teledyne Lecroy Logo
Dewetron Logo
Inno Instrument Logo
Inno Instrument Logo
ActionPower Logo
Hioki Logo
Headspring Logo
Teledyne Lecroy Logo
Dewetron Logo
Inno Instrument Logo

// RELATED PRODUCTS & SOLUTIONS

Systems and Solutions

Systems and Solutions

Bidirectional AC/DC Power Supplies
Bidirectional AC/DC Power Supplies

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
Battery Simulator, Grid Emulator & Electronic Loads

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

Power HIL Test Sytem
Power HIL Test Sytem

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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