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OPAL-RT offers two real-time modelling environments to choose from - HYPERSIM and RT-LAB - that each supports a range of model editors, solvers and libraries.
So the notion of having to build a simulator chassis to order to address a specific need - say, grid phasor studies - simply does not apply with OPAL-RT. Instead, chassis are purchased to meet price and/or model size/complexity needs, with software then purchased to 'Customising' can be as simple as purchasing an additional software solver or I/O card or breakout box; or as complex as networking multiple simulators and I/O expansion hubs to model even the largest and most complex networks.
And with real-time modelling resolution down to 2ns (2GHz) possible with their powerful multi-PC-processor/FPGA parallel processing architecture, engineers cna achieve things simply NOT possible with PC-processor-only based modelling tools.
So spend less time configuring and more time simulating with OPAL-RT.
To start, simply click the Real-Time Simulation Software Suite Selection Guide image and resolve which software environment best meets your need.
Or jump direct to more information about:
>> HYPERSIM for Power Systems (EMT & Phasor domains)
>> ePHASORSIM for Power Systems (Phasor domain)
>> eMEGASIM for Power Systems & Power Electronics (EMT domain) >> eFPGASIM for Power Electronics (EMT domain)
HYPERSIM is a powerful model builder and simulation environment developed jointly by Hydro-Quebec and OPAL-RT to deliver accurate simulations of very large power grids and their equally complex control systems.
It uses a schematic builder interface similar to the network planning tools power systems engineers are already familiar with. And because it's a real-time modelling application, it lets engineers delve into network issues that network planning apps alone can't. And it does it in real-time.
If that sounds impressive, HYPERSIM is the only real-time digital simulation environment with the power to simulate and analyse very large-scale power grids with more than 2,000 three-phase buses AND run EMT pre-simulation analyses in the cloud, providing an unprecedented research, design, fault-finding and verification tool to transmission and distribution network engineers and researchers.
HYPERSIM also supports models created in:
NEW IN SEPTEMBER 2018
eHS for HYPERSIM:
eHS is OPAL-RT's powerful electrical hardware solver that allows co-simulation of power electronics and power grids and their connected devices (switches, safety relays, etc). eHS creates custom firmware for the FPGA to manage the smaller time step sampling required for high speed switching of electronic circuits. It also also includes a native schematic editor, so you don't need a 3rd party tool such as PSIM or NI Multisim to enter electrical circuit designs into your models. Learn more >>
HYPERSIM On Demand:
HYPERSIM On Demand is a powerful, Amazon Cloud based pay-as-you-go simulation service. It delivers high-end capability to supplement in-house OPAL-RT platforms - or use it when you need a powerful grid simulation tool but don't have in-house RTS capability. Note: HYPERSIM Cloud excludes HIL connectivity. Learn more >>
Add visualisation, automation and power electronics modelling capabilities to HYPERSIM with these optional software tools.
ScopeView is supplied bundled with HYPERSIM. It allows users to visualise simulation data and create informative charts, perform extensive and advanced calculations, and produce detailed PDF reports.
TestView executes automated post-simulation statistical, random and Monte Carlo analyses and enables exchanges of data with third-party software formats.
The eFPGASIM suite of solvers and libraries adds powerful real-time Power Electronics simulation capabilities to HYPERSIM. See details of the eFPGASIM suite below.
RT-Lab is the core tool underpinning the eMEGASIM, eFPGASIM and ePHASORSIM simulation software suites. It manages the conversion of 'non-real-time' models created in Simulink or Simscape Power Systems (SPS) into C++ 'real-time' models, and the dynamic assignment of blocks between the simulator CPUs and FPGAs, as well as communications with I/O connected devices.
Add-on modules provide application-specific solvers and user dashboards for a wide range of power systems and power electronics studies. These include options for importing models created in other 'non-real-time' apps.
Models supported by the core RT-Lab environment include:
Add enhanced simulation capabilities to RT-Lab with this extensive range of options from the eMEGASIM suite.
RT-Events is an optional Simulink toolbox that allows fixed-step simulations of hybrid systems involving asynchronous events (ie with respect to the simulation clock). It is specifically intended for the simulation of high frequency modulation signals and power electronic controls.
ARTEMiS is an option that allows users to bring models created in SPS Toolbox into the fixed step-length computational environment required for high fidelity, high-performance, real-time simulations.
ARTEMiS-SSN is an optional solver for microgrid, distribution system and complex electric drive simulations. It provides fast and accurate real-time simulations without introducing artificial delays inherent in other solutions.
ScopeView is also an option for eMEGASIM, eFPGASIM and ePHASORSIM. It allows users to visualise simulation data and create informative charts, perform extensive and advanced calculations, and produce detailed PDF reports.
TestDrive lets engineers develop and test engine, transmission and chassis controllers for automotive applications by mimicking transducers or analysing signals generated by the controller.
Orchestra lets engineers create 'virtual vehicles' comprised of multiple, complex, heterogeneous sub-system models running in a single, coherent co-simulation environment. It's ideal for studies and development of Automated Driver Assistance Systems (ADAS) and Autonomous Self Drive Systems for cars, as well as other autonomous platforms such as UAVs.
Add super fast capabilities for the development and testing of control and power electronic systems requiring sub-microsecond time step simulation and analysis.
eHS Solver allows models created in SPS, PSIM, PLECS or Multisim to be brought into the RT-Lab simulation environment. It automatically programs the simulator FPGA to address higher resolution simulations in the 2ns - 2us time-step range, without users needing any FPGA or VHDL programming expertise.
RT-XSG is an option that provides ready-made Simulink functional blocks for FPGA Hardware-in-the-Loop and Rapid Control Prototyping simulations. It allows users to custom configure the simulator's FPGA and to manage high-bandwidth data transfer between the RT-LAB software running on the CPU cores and the user-defined systems on the FPGA.
The eFPGA Electric Machine Library option (now included with RT-XSG) provides a wealth of device models, including permanent magnet, asynchronous machines, stepper and other motor and generator types. The models contain dedicated I/Os for PWMs, resolvers, encoders and hall effect sensors. All I/Os can be reconfigured through the RT-XSG option and the models themselves can be edited via the eHS front end.
The MMC FPGA blockset simulates MMCs with very high fidelity and unbeatable efficiency. The models can be seamlessly integrated into a complex electric circuit simulated in eFPGASIM/eHS (see also HYPERSIM). The blockset is directly accessible from MATLAB/Simulink, enabling users to further edit models and produce their own FPGA firmware (see also RT-XSG option) for integrating special I/O interfaces or customised control algorithms.
Performs real-time and faster-than-real-time transient stability simulations for transmission and distribution grids with as many as 100,000 single phase buses.
ePHASORSIM's phasor domain solver, performing at a typical time-step of few milliseconds, provides voltage and current information equivalent to those of a phasor measurement unit (PMU) installed in a power grid. This unique electromechanical real-time simulation system enables precise modelling and analysis of large-scale networks - as large as 106,000 nodes (verified) - within a real-time desk-top environment.
It allows the development of complex transmission and distribution network models in Simulink, PSS/e and other modelling tools, which can then be verified 'offline' (ie on a PC's CPU in non-real-time mode) or 'online' (ie on the simulator hardware where dynamic optimisation shares processing tasks across available CPUs and FPGAs).
This level of accuracy and ability to scale from the small to the very large makes it ideal for testing and integration of EMS/SCADA systems, and wide area protection and control schemes.
The power of RT-Lab is also available in a series of pre-configured test benches
(comprised of software, hardware plus accessories) for application-specific needs.
The MMC (Modular Multi-Level Converter) Test Bench (OP1200) enables rapid development of power electronics, drives and smart-grid applications.
The BERTA Test Bench is a portable solution for speed governors, turbines, voltage regulators (AVRs) and power system stabilisers (PSS). It also generates high speed/frequency signals for on-site (power plant) testing of speed governors.
The Power Electronics (PE) Test Bench (OP1300) is dedicated to the hardware verification of new control algorithms and for developing future HVDC interconnections and FACTS applications.
Optional communications modules emulate industry-standard protocols, enabling users to perform
the most realistic real-time simulations possible for power grid, power electronics, automotive, marine and other systems
See the comprehensive list available on the OPAL-RT website.
OPAL-RT’s educational courseware is designed to support the teaching of power electronics at university undergraduate levels. Students can experiment and learn power electronics, such as converters, rectifiers, and inverters, including the control logic with HIL and RCP Tools commonly used in innovative power electronics industry research and development.
OPAL-RT’s exclusive partnership with NI (National Instruments) also adds considerable value to student learning environments.
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