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About Paris:
Yijun Zou explains how eMEGAsim is used to design and test the AC 800M controller with a smulated virtual Grid
Asif Habeebullah from Delphi explains how TestDrive Simulator is used to design and test Electonic Control Units (ECU).
During the production controller and software development process, one particularly critical step is controller and software verification...
Hiroyuki Sano of JSOL discusses how using the company’s JMAG-RT modelling software module
enables the simulation of FEA-based models in Real-Time; something that was previously not possible...
The Mobility Modular Technology Demonstrator vehicle plays a key role in enabling NASA to test new communications & propulsion technologies. Learn how RT-LAB simulators are making a difference in this research
Benjamin Schenkman of Sandia National Laboratories discusses the modelling, analysis, and testing, in a real-time simulation environment, of the Lanai power grid system for the integration and control of PhotoVoltaic (PV) distributed generation.
Prof. Frederic Colas from Universite de Lille (France) presents his team’s research on Power Hardware-in-the-Loop (PHIL) simulation, and how it enables development of Distributed Generation-based microgrids and power grids
Prof. Pierre Sicard from UQTR presents his team's research into Real-Time control of Multi-machine/Multi-converter systems for power generation and industrial manufacturing applications
Yijun Zou explains how eMEGAsim is used to design and test the AC 800M controller with a smulated virtual Grid
Asif Habeebullah from Delphi explains how TestDrive Simulator is used to design and test Electonic Control Units (ECU).
Hiroyuki Sano of JSOL discusses how using the company’s JMAG-RT modelling software module
The Mobility Modular Technology Demonstrator vehicle plays a key role in enabling NASA to test new communications & propulsion technologies. Learn how RT-LAB simulators are making a difference in this research
Benjamin Schenkman of Sandia National Laboratories discusses the modelling, analysis, and testing, in a real-time simulation environment, of the Lanai power grid system for the integration and control of PhotoVoltaic (PV) distributed generation.
Prof. Frederic Colas from Universite de Lille (France) presents his team’s research on Power Hardware-in-the-Loop (PHIL) simulation, and how it enables development of Distributed Generation-based microgrids and power grids
Prof. Pierre Sicard from UQTR presents his team's research into Real-Time control of Multi-machine/Multi-converter systems for power generation and industrial manufacturing applications
