APPLICATIONS

Protection Systems

Validate relay behaviour and de-risk novel protection schemes.

HVDC & FACTS

Gain confidence in the performance of critical projects with HIL testing.

Digital Substations & IEC 61850

Perform closed-loop testing via communication protocols.

Wide Area Schemes & PMUs

Simulate and stream IEC/IEEE 60255-118-1 synchrophasors in real time.

Distribution Automation

Improve the performance of distribution automation systems and DERMS.

Microgrids & Renewable Energy

Achieve superior resilience through HIL testing of microgrid protection and control.

Power Plant Controllers

Test renewable power plant controllers (PPCs) in a closed loop, including communication delays.

Power Electronics HIL

Test controls in a closed loop with simulated high-frequency switching circuits.

Power Hardware-in-the-Loop

Test DERs, motors, loads, and other real power hardware in a controlled environment.

Cybersecurity

Prevent and survive cyber events via thorough real-time testing.

Education & Training

Validate the performance of novel technologies and improve operator confidence.
TECHNOLOGY

OUR TECHNOLOGY

Start here to learn about real time simulation and discover the technology that makes hardware-in-the-loop testing possible.

Simulation Hardware

NovaCor™: the powerful, custom-developed hardware platform at the heart of the simulator.

Communication Protocols

Exchange data with external devices in real time through Ethernet and Network Interface Card.

Modelling Library

The most diverse, robust, and accurate real time power system modelling library available.

Graphical User Interface

RSCAD® allows the configuration, execution, and analysis of real-time simulations.

Simulation Algorithm

Learn about EMT simulation, the Dommel algorithm, and multi-rate simulation.

Case Studies

Learn how real time simulation supports power system innovation around the globe.
NEWS & EVENTS

STAY INFORMED

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News Feed

Technology updates, conferences, training courses and webinars, and other news.

Events & Webinars

See what events are on deck at RTDS Technologies.

Training Events

Check out our schedule for training at our facility in Winnipeg, Canada.
ABOUT

ABOUT US

RTDS Technologies changed the power industry forever by introducing the world’s first fully digital real-time power system simulator.

Our Customers

Leaders in their craft & main drivers of our innovation – simulating the grid of tomorrow.

Careers

Discover opportunities to join the world-class team at RTDS Technologies.
RESOURCE CENTRE

KNOWLEDGE BASE

Easy access to technical papers, product & application information, and more.

Training & Support Info

Hands-on training opportunities and unparalleled user support.

Warranty & Maintenance Info

Accessible, comprehensive equipment maintenance to eliminate downtime.

Video Resource Library

Video training resources for RTDS Simulator users.

Knowledge Base

Easy access to technical papers, product & application information, and more.

Training & Support

Hands-on training opportunities and unparalleled user support.

Warranty & Maintenance

Accessible, comprehensive equipment maintenance to eliminate downtime.

Client Login

Access our client area with your credentials here.
CONTACT

SIMULATION HARDWARE

Scalability and flexibility without performance loss

Real-time simulation is too demanding for a regular PC

The RTDS Simulator’s dedicated hardware platform, NovaCor, is at the heart of every simulation. Custom-developed and based on a powerful multicore processor, NovaCor can represent power systems and power electronics of varying sizes and complexities depending on the needs of the user.

Custom-integrated multicore processor: Faster and higher fidelity than off-the-shelf hardware

Inside each NovaCor unit is a custom-built board featuring IBM®’s POWER8™ processor. World-class engineers and developers have worked to ensure that simulations run directly on the processor for unparalleled speed and efficiency. Full control of the hardware platform allows RTDS Technologies to provide customers with the confidence that complex, long-term simulations will remain stable and accurate.

Larger networks, less hardware

Complex components, smaller timesteps

Consistent confidence, accurate results

Prior to running on the dedicated, high-speed hardware, the simulation is configured by the user in the RTDS Simulator’s software which runs on their PC.

How It Works

License multiple cores in a single unit

Choose to unlock between 1 and 10 cores on the processor of a NovaCor unit based on your current simulation needs. Additional cores can be unlocked to expand the system’s capabilities at any time.

Scale even further with multiple units

Additional NovaCor units can be added to your simulation system and can be used together to represent larger networks, or in parallel to handle multiple simulations.

Up to 144 units can be fully connected to represent massive networks using the IRC Switch and Global Bus Hub.

Add I/O cards to connect external devices

Connect input and output cards to fibre-optic ports on the rear of a NovaCor unit. Hundreds of channels can be handled on a single unit.

Conventional analogue and digital I/O (GTIO cards) are available, as well as communication-based I/O (via the GTNETx2 card).

Flexible, scalable I/O over copper or Ethernet

Analogue input and output: Our GTAO and GTAI cards can connect to external equipment directly at +/- 10 Vpeak, or can be interfaced via power amplifiers to create secondary-level signals. These cards connect to the rear of the NovaCor unit via fibre cable.
Digital input and output: Our GTDO and GTDI cards connect to the rear of the NovaCor unit via fibre cable. The GTDO digital output card has a source driven output that can range from 5-30 V. The GTDI digital input card operates over an input range of 0-50 V. Our GTFPI provides dry operation input and output for relay contacts and can also allow for breaker status output up to 250 Vdc.
Ethernet-based communication: Our GTNETx2 card provides an I/O interface to external equipment via various Ethernet-based communication protocols including MODBUS, TCP/IP, IEC 61850/61869-9 SV and GOOSE, DNP3, IEC 60870-5-104, and synchrophasor data for PMUs.
Aurora protocol: Aurora licensing facilitates high-speed point-to-point communication with external devices via Xilinx’s lightweight serial protocol. Fibre cables are used to create a convenient digital link running at 2Gbps.