OP1430PR PHIL Prime Test Bench
Take real-time simulation to power level. The OP1430PR PHIL Prime Test Bench is a high-voltage power hardware-in-the-loop system engineered as one scalable, reconfigurable platform. Parallelize from 5 kW to 30 kW, switch between 240V RMS AC and 800V DC, connect multiple devices under test, and run high-fidelity closed-loop PHIL from day one.
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Start power-testing your designs in real time.
Contact us to request a demo and see how the PHIL Prime Test Bench brings power hardware-in-the-loop testing to your lab.
PHIL testing shouldn’t mean assembling a lab from scratch.
A capable PHIL setup depends on components chosen for both performance and interoperability. Assembling them yourself forces engineers to compromise during power electronics testing:
- Assemble mismatched hardware: Sourcing a simulator, amplifier, and interface from different vendors leaves you to solve interoperability, latency, and closed-loop stability on your own.
- Lock into a fixed power level: Single-rating amplifiers can’t grow with your application, forcing costly hardware swaps when your power requirements increase.
- Rewire for every new test: Single-DUT benches and manual reconfiguration slow the switch between applications, from grid-tied inverter testing to microgrid emulation.
Engineered as one scalable turnkey PHIL system
The only PHIL test bench built to reconfigure, parallelize, and scale with your applications, with no integration guesswork required. Compatible with RT-LAB (Simulink®) and HYPERSIM.
OP1430PR AT A GLANCE
Power-level testing, engineered as one system.
The OP1430PR Test Bench pairs a real-time simulator, up to three 4-quadrant power amplifiers, and Smart Bus Bars into a single reconfigurable platform for microgrid, inverter, and motor emulation.
Capability checklist:
- Scalable power: 5 kW to 30 kW (1 to 6 × 5 kW amplification units)
- Up to 3 OP8111 4Q power amplifiers, 100% non-dissipative source and sink
- Amplifier bandwidth: DC to 10 kHz (–3 dB) | THD: 0.5% | AC 3Φ, 415 VL-L
- Smart Bus Bars: LP (3 × 25 A) and HP (2 × 50 A) DUT connections
- Up to 6 parallel amplification groups and up to 6 emulated nodes
- Output emulation: 240 V RMS AC and 800 V DC
- Direct fiber-optic simulator link, 2U 19” rack
- Compatible with RT-LAB (Simulink®) and HYPERSIM
Target applications:
- Microgrid & DER emulation
- Grid-tied & high-voltage inverter testing
- Motor emulation & EV powertrain (800V)
- Renewable energy integration (solar, wind, storage)
- Hybrid AC-DC microgrids
- SiC / high-voltage converter testing
Standard configurations: OP1430PR-10 (1 × 5 kW), OP1430PR-20 (2 × 5 kW), OP1430PR-30 (3 × 5 kW), OP1430PR-40- 20 (4 x 5 kW) and OP1430PR-60 (6 × 5 kW), with optional LP and HP Smart Bus Bar add-ons. Custom configurations available on request.
Ready to bring your high-performance turn-key PHIL test bench into your lab?
Discuss your DUT, required power level, and test configuration with our PHIL team and see how OP1430PR can fit your application.
VALIDATED SETUPS
Proven on complex PHIL setups.
The PHIL Prime Test Bench realizes advanced emulation and test systems that challenge conventional, single-purpose benches, from hybrid AC-DC microgrids to motor emulation. It parallelizes outputs, configures different voltage modes, and exchanges real power with different converters.
Hybrid AC-DC microgrid:
- Parallel outputs across multiple emulated nodes
- Mixed AC and DC bus configurations
- Real power exchange with physical DERs and loads
- Validated microgrid model with control & monitoring dashboards
Motor emulation setup:
- Real-time rotor position and torque-command interface
- Encoder / resolver signal emulation
- Traction inverter testing under real power
- Spatial harmonics and saturation-data modeling
Request a Demo
Start power-testing your designs in real time.
Contact us to request a demo and see how the PHIL Prime Test Bench brings power hardware-in-the-loop testing to your lab.
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