The RTDS Simulator is the world’s leading real time power system simulator – allowing engineers to validate the performance of power system devices and de-risk deployment.
The RTDS Simulator runs electromagnetic transient type simulations in real time.
Real-time operation has a distinct benefit: it means that physical devices, such as power system protection and control devices or power electronics devices, can be connected to the simulated system in a closed loop. The interaction between the network and protection, control, and power devices during system transients can then be studied in great detail over a wide frequency bandwidth.
To achieve timesteps in the microsecond range, powerful, dedicated hardware is required. The RTDS Simulator’s current-generation hardware platform, called NovaCor™, has been custom developed for maximum power system simulation performance. It’s based on a multicore processor which allows simulation calculations to be done in parallel with unprecedented speed and efficiency. This means that less hardware is required to do larger and more complex power system simulations.
The RTDS Simulator’s hardware is highly modular. Each chassis contains a multicore processor with ten cores, any number of which can be licensed for use depending on the user’s simulation requirements. Multiple chassis can also be interconnected to achieve larger-scale simulations.
Unmatched user support
High fidelity models at blazing speed
Multi-core or -chassis configurations
Throughout the simulation, the RTDS Simulator’s proprietary software, RSCAD®, runs on the user’s PC. RSCAD was developed specifically for running real-time power system simulations and communicates in real time with the simulation hardware.
Prior to running simulations, the RSCAD environment is used to create a detailed model of the power system or power electronics of interest. The RSCAD model library was developed by world-class power systems engineers and contains all the fundamental elements of a power system, as well as many specialized models – an internally-faulted phase domain synchronous machine, renewable energy models, standard-compliant generator control blocks, and more.