Validate relay behaviour and de-risk novel protection schemes.
Gain confidence in the performance of critical projects with HIL testing.
Perform closed-loop testing via communication protocols.
Simulate and stream IEC/IEEE 60255-118-1 synchrophasors in real time.
Improve the performance of distribution automation systems and DERMS.
Achieve superior resilience through HIL testing of microgrid protection and control.
Test renewable power plant controllers (PPCs) in a closed loop, including communication delays.
Test controls in a closed loop with simulated high-frequency switching circuits.
Test DERs, motors, loads, and other real power hardware in a controlled environment.
Prevent and survive cyber events via thorough real-time testing.
Validate the performance of novel technologies and improve operator confidence.
Start here to learn about real time simulation and discover the technology that makes hardware-in-the-loop testing possible.
NovaCor™: the powerful, custom-developed hardware platform at the heart of the simulator.
Exchange data with external devices in real time through Ethernet and Network Interface Card.
The most diverse, robust, and accurate real time power system modelling library available.
RSCAD® allows the configuration, execution, and analysis of real-time simulations.
Learn about EMT simulation, the Dommel algorithm, and multi-rate simulation.
Learn how real time simulation supports power system innovation around the globe.
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Easy access to technical papers, product & application information, and more.
Hands-on training opportunities and unparalleled user support.
Accessible, comprehensive equipment maintenance to eliminate downtime.
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Join us for a free webinar where we’ll introduce the newest solution for power electronics modelling with the RTDS Simulator: the Universal Converter Model (UCM).
The UCM offers unique advantages and capabilities, representing a step change in the industry when it comes to real-time power electronics simulation and the hardware-in-the-loop testing of power electronics controllers.
The UCM takes a Descriptor State Space modelling approach, and can achieve accurate switching at over 100 kHz in the Substep environment via an Improved Firing algorithm. In the Mainstep environment, in the 30-50 microsecond timestep range, the UCM allows for accurate switching in the 3 kHz range – without decoupling at the DC bus.
Note: This webinar does not include a detailed introduction to electromagnetic transient (EMT) simulation or real-time operation. To learn more about these topics, listeners should watch this short video before joining.
This webinar was held June 30, 2021. To access this webinar after it has aired, please register below and view at your convenience.
Hui Ding
R&D Supervisor, Simulation & Analytical Study
Bio: Hui Ding received the B.S. degree in power system and its automation in 2003, and the Ph.D. degree in power electronics and drives in 2010, both from North China Electric Power University, Beijing, China. From 2010 to 2012, he worked on TS-EMT hybrid simulation in Power System Department of China EPRI. From 2012 to 2014, he worked on parallel EMT simulation as a PostDoc with the Department of Electrical and Computer Engineering, University of Manitoba. From 2014, He joined RTDS Technologies Inc. His work responsibilities include power electronics modelling, AC/DC hybrid system interaction analysis, model development, and customer support.
Kati Sidwall
Simulation Specialist, Marketing & Sales with RTDS Technologies
Bio: Kati Sidwall holds a B.Eng in Sustainable and Renewable Energy Engineering from Carleton University, Canada. She founded the annual Carleton University Green Energy Symposium in 2010. In 2012, she received the Canadian Solar Industries Association’s Emerging Leader Award. She currently serves as a Simulation Specialist at RTDS Technologies Inc.
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