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Based on years of research and experience in power electronics and power systems, and by listening to the users’ needs, OPAL-RT developed Hardware-in-the-Loop (HIL) and Rapid Control Prototyping (RCP) Teaching Laboratories for universities, to help them teach in an efficient, reliable and affordable way. Download Academic Offer Brochure >

Academic Offers

Our courseware and test benches constitute educational material, intended for teachers to use as tutorials, packaged with hardware and software solutions that can also be used for research

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Power electronics HIL Teaching Laboratory
based on OP4200

This educational courseware, based on an OP4200, is intended to teach power electronics to university undergraduate students. Students can run experiments and learn power electronics (such as converters, rectifiers, and inverters, including the control logic) using the same HIL and RCP tools commonly used in the innovative power electronics industry.

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FESTO Renewable Energy System
OP1600 (200W) | OP1620 (2kW)

This laboratory combines the best of both OPAL-RT and Festo solutions to deliver academic researchers and teachers the ideal Hardware-in-the-Loop (HIL) and Rapid Control Prototyping (RCP) simulation system to conduct experiments and teach in the fields of electrical machinery, power converters and wind energy generation.


Drive Lab Kit
Test bench based on OP4510

The Drivelab Kit is a fully integrated motor drive laboratory, designed to enable students to perform a variety of experiments on AC and DC machines. As learning outcomes, students will have:hands-on experience with hardware including power electronics, motors, sensors and measurement instruments, and will learn parameter identification and motor modeling, current and speed control loop design, and scalar and vector control techniques.


Power System teaching laboratory
based on OP4510

The Power System teaching laboratory is intended to perform transient stability analysis of electric grids. The basic power grid example, covered in all fundamental electric grids courses, is analyzed in time-domain and phasor-domain.

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Power electronics HIL teaching laboratory
based on OP4510

This educational courseware based on a OP4510 intended to teach power electronics to university undergraduate students. Students can experiment and learn power electronics, such as converters, rectifiers, and inverters, including the control logic with HIL and RCP Tools commonly used in innovative power electronics industry.

Starting at


Imperix Power Electronics
OP1300

Modular, flexible and configurable, the power electronics test bench combines a state-of-the-art Hardware-in-the-Loop (HIL) simulator from OPAL-RT with Imperix’s Rapid Control Prototyping (RCP) system and real power hardware. It enables rapid development of power electronics, drives and smart grid applications across industry and academia.


Electric machines teaching laboratory
based on OP4510

This courseware kit helps to master synchronous and asynchronous machines, from parameter identification to full operation in generator and motor modes. Our electric machine teaching laboratory comes in two(2) sections with five(5) modules each.

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Power System (PS) teaching laboratory
Laboratory Exercises comes with 3 modules

The Power System (PS) teaching laboratory is intended to perform transient stability analysis of electric grids.
Module 1: Power flow w/o Faults
Module 2: Damper Windings 
Module 3: Faults & Recovery

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Power Electronics HIL teaching laboratory
Laboratory Exercises comes with 4 modules

Power electronics HIL teaching laboratory is an educational courseware intended to teach power electronics to university undergraduate students.
Module 1: DC-DC Choppers
Module 2: AC-DC Rectifiers
Module 3: DC-AC Inverters
Module 4: Three-Phase Three-Level NPC Inverter/Rectifier

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Electric machines teaching laboratory
Laboratory Exercises

The electric machines teaching laboratory constitutes a fundamental learning tool to thoroughly understand synchronous and asynchronous machines. Our courseware comes in two section with five modules each.

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