| Presentation |
Organization |
| Advanced Transmission Line Models for Real–Time Simulation of EM Transients in Power Systems (0,8MB) |
Ecole Polytechnique de Montreal, Opal-RT, University of Guadalajara |
| Asynchronous Back-To-Back Link with Voltage Source Converters Controlled by Opal-RT (4,4 MB) |
Universidad de Sevilla |
| Consistency between off line simulation and real time simulation for large power systems and networks (0,3 MB) |
CAPSIM |
| DIGITAL – ELECTRONIC INTEGRATION PLATFORM (D-EIPF) BASED ON RT-LAB ORCHESTRA (3 MB) |
Renault |
| Direct Power Control of a Three-Phase Active Rectifier (8 MB) |
Universidad de Oviedo |
| Expanding Global Footprint through Technology Licensing and Partnerships (3,12 MB) |
ETAS |
| ImprovingTestingProductivity throughtheuseof Test Automation (1,41 MB) |
Solin AG |
| Integration of RT-LAB/MapleSim and RT-LAB/Carsim for efficient real-time simulation (1,64 MB) |
Cybernet Systems Taiwan |
| JMAG-RT: A General and Accurate Motor Model for Real-time Simulation of Motor Drives (0,94 MB) |
JSOL Corporation |
| Marine Test Bench using the Opal RT Simulator (0,98 MB) |
Converteam |
| Microgrid PHIL Simulation at G2ELAB (10,6 MB) |
GRENOBLE UNIVERSITY, G2ELAB |
| Power Hardware in the Loop with RT-LAB – Modeling & Stability (3,3 MB) |
Osaka University |
| Real-Time Monitoring of Inter-area Security in the Mexican Power System (0,6 MB) |
University of Guadalajara |
| Real-Time Simulation of a PMSM Drive in Faulty Modes with Validation Against an Actual Drive System (0,8MB) |
Mitsubishi Elecric, Opal-RT |
| Real-Time Simulation of Simscape Models (1,12 MB) |
The MathWorks |
| Simulation and control of power and propulsion systems (4,14 MB) |
DCNS |
| Stable and accurate MIMO Power Hardware in the Loop Simulation –Theory and Applications (0,8 MB) |
AIT - Austrian Institute of Technology |
| Towards FPGA-based HIL emulation of sensorless first-order sliding-mode controller for doubly-fed induction generator (1 MB) |
Universidad del Pais Vasco |
