Bundle content

  • 1 x B-Box RCP
  • 3 x PEB 4046
  • 4 x voltage sensors
  • 1 x light 19” rack
  • RJ45 and fiber cables
  • Blockset for Simulink or PLECS
  • 1 x Passive filters box

MICROGRID TEST BENCH

Tailored for power electronics

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your price

BULLSHIT FOR KEYWORD STUFFING

A SUBTITLE THAT PRESENTS WHAT FOLLOWS

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BULLSHIT FOR KEYWORD STUFFING

Tailored for power electronics

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Ease of use

Jump from real-time simulation to the physical prototyping by simply changing cable connections, without editing your control software.
Time to application

Stop wasting time with technicalities. Focus on your real research objectives and the derivation of meaningful experimental results.
Rerformance

Execute fast closed-loop control on the BoomBox and run high-performance real-time simulation in RT-Lab. All this can naturally be later validated using real hardware.
Safety

Rely on the software-independant protections of the BoomBox to keep your system safe at all times, even when your software remains incompletely tested.

BULLSHIT FOR KEYWORD STUFFING

HIL POWER interfaces

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Imagine and develop

Imagine and develop your control on Matlab Simulink, and instantly download it into the BoomBox RCP, a high performance and easy-to-use power electronics controller.

Model and simulate

Simulate the power converters and their passive components on the OP4510, a high-fidelity and flexible HIL simulator based on RT-LAB and Matlab Simulink.

Debug and test

By connecting the digital controller to the HIL simulator, test your control algorithms under all operating conditions. Observe any signal and produce insightful results and graphic

Implement and validate

Connect the BoomBox RCP to the real power hardware to test your control algorithms live and compare the experimental results with the previous simulation results.

Hardware in the loop simulation

from imagination to real time

Flexibility on the simulator

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EXPERIMENTAL LABORATORY RESEARCH

FROM SIMULATION TO REAL POWER

Flexibility on the power hardware

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Use case scenario

Three-phase photovoltaic inverter

Work with a simulated panel to easily control irradiance conditions!
Work with a real PV panel and improve the realism of your setup!
Simulate unbalanced or faulty grid conditions!
Measure real power flows and evaluate efficiency!
POSSIBLE RESEARCH TOPICS
  • Current control of boostvCascaded voltage control
  • MPPT algorithm
  • MEPT (maximum efficiency point tracking)
  • PLL implementation
  • Vector current control
  • Grid voltage forming
  • Islanding detection / prevention
  • Inertia emulation
  • Multi-converter coordination
  • Operation in unbalanced grid conditions
  • etc.
BROWSE OUR KNOWLEDGE BASE

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Use case scenario

Three-phase photovoltaic inverter

Work with a simulated motor to test any type of electric machine!
Work with a real motor and have it spin in your lab!
Simulate any load behavior, including abrupt changes!
Measure real power flows and evaluate efficiency!
POSSIBLE RESEARCH TOPICS
  • Current control of boostvCascaded voltage control
  • MPPT algorithm
  • MEPT (maximum efficiency point tracking)
  • PLL implementation
  • Vector current control
  • Grid voltage forming
  • Islanding detection / prevention
  • Inertia emulation
  • Multi-converter coordination
  • Operation in unbalanced grid conditions
  • etc.
BROWSE OUR KNOWLEDGE BASE

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to go further

Power hardware in the loop configurations

ADD A POWER AMPLIFIER

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ADD A DC POWER SUPPLY

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ADD A GRID EMULATOR

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OTHER CONFIGURATIONS

PRE-CONFIGURED SYSTEMS

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STARTER KIT
HARDWARE + SOFTWARE

MMC TEST-BENCH
HARDWARE + SOFTWARE

MICROGRID TEST-BENCH
HARDWARE + SOFTWARE