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Explore electro-mechanical and electro-magnetic transient and phasor stability issues in real-time with these hardware+software bundles, that deliver the performance and features you need at prices you can afford.
Powered by multi-core CPUs and powerful FPGAs, these bundles include a mix of digital and analogue I/Os, options such as CANbus drivers and custom FPGA blockset generators, and the capability of being networked to deal with more complex modelling requirements.
Discover for yourself why OPAL-RT's real-time paltforms are used by more than 300 universities around the world and are play an incrasingly important role in Australia's and New Zealand's leading research labs.
Ideal for testing & validating motor control systems in a safe desktop environment.
Use models developed in Simulink® to capture and generate precision PWM and other timed (Encoder, Resolver, Hall Effect) signals. Ideal for exploring the fundamentals of electrical device control and testing of control strategies more quickly and in greater depth.
See also:- Interactive Courseware (OP1160)
Add powerful real-time electronics testing and validation to your real-time control system simulation capabilities.
Designed for more advanced power electronics studies using models developed in Simulink®, PLECS®, PSIM® or NI MULTISIM®. Lets you undertake real-time simulations with very high fidelity (ie smaller time steps), without having to decouple the power electronics schematics. Includes OPAL-RT’s ‘eHS’ electrical hardware solver, which allows simulation of dozens of switches, with minimum simulation time steps of 100ms (microseconds) achievable on the CPU, or 125 ns (nanoseconds) on the FPGA.
See also:- Interactive Courseware (OP1130)
Bring large power grid simulation capability to the desktop in a compact, feature-rich, real-time simulation platform.
BDL45-410: Run Simscape Power Systems™ (SPS) models in closed loop environments for detailed EMT simulation feedback. Plus, monitor the behaviour of grids based on the relays under test, with a selection of industry communication protocols.
BDL45-411: Create detailed closed loop EMT models in HYPERSIM to test protection control relays. Also allows exploration of the behaviour of grids in real-time, based on the relays under test. As HYPERSIM includes a line diagram editor, you don't need a third party modelling tool such as Simulink or SPS.
See also:- Interactive Courseware (OP1140)
OPAL-RT's Courseware is a series of PC-based learning software modules that interact with the OPAL-RT real-time simulator chassis to provide an enhanced learning experience.
By adding courseware to the real-time simulation environment, students are able to explore more complex concepts, more quickly and in greater depth, in a safe, virtual environment.
All power electronics models run on the simulator’s FPGA, which is fast enough to allow visualisation of phenomena typically only discernable using more expensive and time-consuming analogue test bench setups.
All modules require OP4500 or OP5700 series simulator hardware (ie are not compatible with OP4200 chassis).
Prices on request.
Download the OPAL-RT Academic Offer brochure >>
NOTE - Prices shown above:
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