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Since 1997, OPAL-RT has earned the trust of over 800 customers, including Fortune 500 companies, academic institutions and laboratories. More than 2000 users currently run OPAL-RT in 40 countries around the world. Here are some of their stories.
Real-Time Simulation plays crucial role in the development of Marine Power Systems at Aalborg University.
Learn how ABB uses an OPAL-RT real time simulator to validate controls of medium voltage power converters.
Airbus Group selected OPAL-RT for the simulation of the M51 missile program.
Read how APERT uses an OPAL-RT system for FPGA simulation of matrix power converters.
The Electrical Energy Engr. Department at AASTMT Smart Village campus uses OPAL-RT real-time simulator in applied renewable energy research.
An Italian aerospace company that has been working with RT-LAB simulators to validate VEGA launcher controllers.
Bristol purchased an RT-LAB hardware-in-the-loop system for the development of a new satellite altitude control system.
The CSA awarded a first contract to OPAL-RT in September 1997 to deliver a four-node real-time system integrated with Simulink.
OPAL-RT simulators enable several students of CPTU to work on power electronics and power systems teaching modules.
Discover how OPAL-RT's electrical grid simulator helped C-PED to test their power quality analysis systems.
OPAL-RT assists CEPRI in building next-generation simulation platform for MMC and HVDC applications
Learn how OPAL-RT and FPGA MMC simulators are used to build and simulate the world’s 1st three-terminal MMC-based HVDC systems.
CONECTA increased the reliability, safety and strength of its SIPS by conducting PHIL Test with OPAL-RT.
CS Communications have been using real-time simulators of turbine engines used for the DO-178 certification of FADECs.
Open & closed loop testing of diesel & fuel engine. Over 60 HIL systems around the world.
Uses OPAL-RT simulation systems for HEV drive HIL Testing.
Discover the first interface between OPAL-RT and RTDS Technologies real-time simulators for collaborative research.
Embraer uses OPAL-RT for modeling and simulation services, create certifiable aircraft models, and develop software for use in the design of their new commercial aircrafts.
Entergy uses OPAL-RT's solutions to provide engineering support for a safer and more reliable transmission system.
The École de Technologie Supérieure (ETS) developed experimental RCP simulation models with an OP1200 MMC Test Bench to validate new control algorithms.
Learn how OPAL-RT can help accelerate time to test conditions and vehicle behavior, and hybrid vehicle components.
Over 20 real-time simulation test systems for engine and HEV/EV drivetrains since 2003.
Learn how RCP enables development of control for novel converter topologies and HVDC networks at Imperial College London.
Uses OPAL-RT Rapid Control Prototyping (RCP) system to test switched reluctance motor.
OPAL-RT is used for its multi-core distributed computing technology and FPGA high-speed digital signal processing.
Learn how KTH uses OPAL-RT Simulators to Conduct Ground Breaking Research and Education.
Liebherr Aerospace benefits from OPAL-RT Test benches and simulators and test rigs in order to validate air management systems through HIL test.
The company ues RT-LAB for the development of Twin Engine FADECs which includes extensive use of I/O’s.
Learn how Nagoya used a OPAL-RT simulator to develop the novel control method of SVR using solar radiation sensor.
In addition to supporting a group building a six wheel lunar rover, NASA has obtained two OPAL-RT HIL simulators for data acquisition and control.
Learn more about the unique smart grid lab and energy storage bed at Newcastle University
Learn how RT-LAB is used to test the control and protection system for the Zhoushan Multi-terminal MMC-HVDC project.
Read on how Trondheim uses an OPAL-RT simulator for feasibility studies of an offshore wind park.
Read about the co-simulation project that integrated OPAL-RT and RTDS' real-time simulators.
OPAL-RT assists Peugeot in testing their next generation hybrid & electric vehicle traction.
P&W has levereged extensively RT-LAB to design, test and produce embedded controllers for their turbine engines.
HIL test system for EV vehicle and digital integration platform for early vehicle’s model integration.
RSE uses an OPAL-RT real-time simulator to develop and test universal compensator controllers.
RTE assembles a hardware-in-the-loop test facility in collaboration with Hydro-Québec and OPAL-RT.
OPAL-RT is used for SIL and for HIL to verify the integrity of final controller by connecting it to the virtual machine.
Learn about an OPAL-RT real-time simulator performing the execution of highly detailed, dynamic power grid models.
An innovative HIL Test Bench to Validate Embedded SOCOMEC Inverter Software.
OPAL-RT's MMC test bench enables SuperGrid to develop a new MMC control algorithm and to perform tests integrating electricity grid.
Generic BCM & IC Test bench since 2008.
UBC Okanagan is modeling and testing groundbreaking methods to better connect power systems and to help make them more efficient.
Watch how the University of New South Wales use OPAL-RT's laboratory in their educational programs.
Learn how the University of Nottingham benefits from an OPAL-RT simulator to develop new MMC controls.
See how Valeo uses an OPAL-RT simulator to develop innovative powertrain solutions.
Obtained early certification of the VIZIMAX PMU and the validation of PMU algorithm test suite against official certification lab results.
Fast HIL simulation on FPGA for ECU testing.
Hardware-in-the-Loop (HIL) testing for gas engine.