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OPAL-RT: Download the Best Real-Time Simulation Software for Your Industry



OPAL-RT Download: A Guide to Real-Time Simulation Testing Software




If you are looking for a reliable, versatile, and cost-effective solution for real-time simulation and testing of complex systems, you might want to consider OPAL-RT software. OPAL-RT is a leader in the development of PC/FPGA-based real-time simulators, hardware-in-the-loop (HIL) testing equipment, and rapid control prototyping (RCP) systems. OPAL-RT software can help you design, test, and optimize control and protection systems used in power grids, power electronics, motor drives, automotive, trains, aircraft, and various industries.


In this article, we will guide you through the process of downloading OPAL-RT software from the online download center. We will also explain the main products and features of OPAL-RT software and how you can use them for your specific needs and projects.




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What is OPAL-RT and why do you need it?




OPAL-RT is a company that was founded in 1997 by Jean Bélanger, a former professor at École Polytechnique de Montréal. The company's mission is to provide the best real-time simulation solutions for engineers, researchers, students, and educators around the world. OPAL-RT has offices in Canada, France, Germany, India, China, Brazil, USA, UK, Japan, Korea, Taiwan. The company has more than 300 customers in over 40 countries.


OP OPAL-RT offers various products and features for different applications




OPAL-RT software is designed to meet the needs of different domains and applications, such as power systems, power electronics, automotive, aerospace, industrial, education, and research. OPAL-RT software can simulate and test various types of systems, such as AC/DC grids, microgrids, renewable energy sources, electric vehicles, hybrid vehicles, battery management systems, fuel cells, electric motors, converters, inverters, drives, trains, aircraft, rockets, satellites, robots, etc.


OPAL-RT software can also interface with various tools and platforms, such as MATLAB/Simulink, SimScape Power Systems, PSIM, PLECS, Multisim, LabVIEW, NI VeriStand, dSPACE, ETAS LABCAR, RTDS Technologies, Typhoon HIL, etc. OPAL-RT software can also support various communication protocols and hardware modules, such as CAN bus, LIN bus, FlexRay bus, Ethernet/IP, Modbus TCP/IP, IEC 61850 GOOSE/SV/MMS/SCSM 104/101/103/61400-25/DNP3/IEC 60870-5-104/101/103/61400-25/DNP3/C37.118 PMU/PDC/CANopen/EtherCAT/PROFIBUS/PROFINET/SPI/I2C/UART/RS232/RS485/ARINC429/MIL-STD-1553B/XCPonEthernet/XCPonCAN/J1939/OBD-II/CAN FD/CANoe/CANape/CANalyzer/CANdelaStudio/CANdb++/CANoe.DiVa/CANstress/CANoe Matlab Interface Package (CANoe.MIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/CANoe RT Rack Interface Package (CANoe.RTRIP)/ OPAL-RT software can also integrate with various sensors and actuators, such as voltage sensors, current sensors, power sensors, temperature sensors, pressure sensors, flow sensors, speed sensors, position sensors, torque sensors, force sensors, strain gauges, accelerometers, gyroscopes, magnetometers, GPS receivers, cameras, radars, lidars, ultrasonic sensors, optical encoders, potentiometers, hall effect sensors, relays, solenoids, valves, pumps, fans, heaters, coolers, LEDs, displays, speakers, buzzers, etc.


OPAL-RT benefits include high performance, versatility, reliability, and cost-effectiveness




OPAL-RT software has many advantages over other real-time simulation and testing solutions. Some of the main benefits are:


  • High performance: OPAL-RT software can achieve high fidelity and speed in real-time simulation and testing. OPAL-RT software can handle large-scale and complex models with thousands of inputs and outputs. OPAL-RT software can also achieve low latency and jitter in real-time communication and interaction with physical systems.



  • Versatility: OPAL-RT software can adapt to different domains and applications with ease. OPAL-RT software can also interface with various tools and platforms with minimal configuration and integration efforts. OPAL-RT software can also support various communication protocols and hardware modules with plug-and-play functionality.



  • Reliability: OPAL-RT software is proven and trusted by many customers around the world. OPAL-RT software is also certified and compliant with various standards and regulations. OPAL-RT software is also backed by a dedicated and experienced support team that can provide technical assistance and guidance.



  • Cost-effectiveness: OPAL-RT software can reduce the cost and time of real-time simulation and testing. OPAL-RT software can eliminate the need for expensive and bulky hardware equipment. OPAL-RT software can also enable faster prototyping and validation of control and protection systems. OPAL-RT software can also improve the quality and safety of the final products.



How to download OP How to download OPAL-RT software and access the download center?




If you want to download OPAL-RT software, you need to access the online download center. The download center is a web portal where you can find and download the latest versions of OPAL-RT software products and features. The download center also provides documentation, tutorials, videos, and other resources to help you use OPAL-RT software.


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You need to sign in or register for an OPAL-RT account to access the download center




To access the download center, you need to have an OPAL-RT account. If you already have an account, you can sign in with your email and password. If you don't have an account, you can register for free by filling out a simple form with your name, email, company, country, and phone number. You will also need to agree to the terms and conditions and the privacy policy of OPAL-RT. After registering, you will receive a confirmation email with a link to activate your account.


You can select and download your product from the available options




Once you sign in or activate your account, you can access the download center. You will see a list of available products and features that you can download. You can filter the list by category, such as RT-LAB, HYPERSIM, NI VeriStand Add-On, etc. You can also search for a specific product or feature by name or keyword. You can also sort the list by date, name, or popularity.


To download a product or feature, you need to click on the download button next to it. You will be redirected to a page where you can see more details about the product or feature, such as description, version, release date, size, compatibility, requirements, etc. You will also see a link to download the product or feature as a zip file. You will need to agree to the license agreement before downloading. You can also see a link to download the documentation and other resources related to the product or feature.


You can contact the support team for additional versions or assistance




If you need an older version of a product or feature that is not available on the download center, you can contact the support team by email at support@opal-rt.com. You can also contact the support team if you have any questions or issues regarding the download process or the installation of OPAL-RT software. The support team will respond to your request as soon as possible. What are the main products and features of OPAL-RT software?




OPAL-RT software consists of several products and features that can be used for different purposes and projects. Some of the main products and features are:


RT-LAB is the core software platform of OPAL-RT simulation systems




RT-LAB is the software that enables real-time simulation and testing of complex systems using PC/FPGA-based hardware. RT-LAB integrates with MATLAB/Simulink, the most popular tool for model-based design and simulation. RT-LAB allows you to run your Simulink models in real-time on OPAL-RT simulators, and interact with physical systems using various inputs and outputs. RT-LAB also provides a user-friendly graphical interface that lets you configure, monitor, and control your simulation and testing scenarios.


RT-LAB integrates with MATLAB/Simulink and enables complex model-based design and real-world interaction




RT-LAB works seamlessly with MATLAB/Simulink, allowing you to use your existing models and libraries without any modification. RT-LAB automatically converts your Simulink models into real-time executable code that can run on OPAL-RT simulators. RT-LAB also supports SimScape Power Systems, a toolbox that provides specialized components and models for power system simulation. RT-LAB also allows you to interact with physical systems using various inputs and outputs, such as analog, digital, PWM, frequency, optical, etc. You can also use RT-LAB to perform co-simulation with other tools and platforms, such as PSIM, PLECS, Multisim, etc.


RT-LAB has various add-ons for different domains and applications




RT-LAB offers several add-ons that can enhance the functionality and performance of your simulation and testing scenarios. Some of the add-ons are:


  • eMEGASIM: This add-on provides high-performance real-time simulation of power electronic systems, such as converters, inverters, drives, etc. It also supports various modulation techniques, such as PWM, SVM, SVPWM, etc.



  • eFPGASIM: This add-on provides ultra-fast real-time simulation of power electronic systems using FPGA technology. It also supports various switching devices, such as IGBTs, MOSFETs, SiC, GaN, etc.



  • eDRIVEsim: This add-on provides real-time simulation of electric motor drives, such as induction motors, synchronous motors, permanent magnet motors, etc. It also supports various control methods, such as vector control, direct torque control, field-oriented control, etc.



  • ePHASORsim: This add-on provides real-time simulation of large-scale power grids using phasor domain models. It also supports various communication protocols, such as IEC 61850 GOOSE/SV/MMS/SCSM 104/101/103/61400-25/DNP3/C37.118 PMU/PDC/etc.



  • eFPGASIM-PWM: This add-on provides real-time generation of PWM signals using FPGA technology. It also supports various modulation techniques, such as PWM, SVM, SVPWM, etc.



  • eHS: This add-on provides a powerful solver for real-time simulation of power electronic systems. It can handle large-scale and complex models with high fidelity and speed.



HYPERSIM is a powerful software for power system simulation and analysis




HYPERSIM is a software that specializes in real-time simulation and testing of power system networks and devices. HYPERSIM can simulate large-scale power grids with thousands of buses and devices with high fidelity and speed. HYPERSIM can also simulate power electronic systems with high switching frequency and accuracy. HYPERSIM can also interface with various communication protocols and hardware modules for real-time simulation and testing of power system protection and control systems.


HYPERSIM simulates large-scale power grids and power electronic systems with high fidelity and speed




HYPERSIM can handle large-scale and complex power system models with ease. HYPERSIM can simulate AC/DC grids, microgrids, renewable energy sources, distributed generation, energy storage systems , load flow, stability, transient, harmonic, etc. HYPERSIM can also simulate power electronic systems with high switching frequency and accuracy, such as converters, inverters, drives, FACTS, HVDC, etc. HYPERSIM can achieve high fidelity and speed by using parallel computing and FPGA technology. HYPERSIM can also use eHS solver for faster and more accurate simulation of power electronic systems.


HYPERSIM supports various communication protocols and hardware modules for real-time simulation and testing




HYPERSIM can interface with various communication protocols and hardware modules for real-time simulation and testing of power system protection and control systems. HYPERSIM can support various communication protocols, such as IEC 61850 GOOSE/SV/MMS/SCSM 104/101/103/61400-25/DNP3/C37.118 PMU/PDC/etc. HYPERSIM can also support various hardware modules, such as relays, breakers, switches, meters, phasor measurement units (PMUs), phasor data concentrators (PDCs), remote terminal units (RTUs), supervisory control and data acquisition (SCADA) systems, human-machine interfaces (HMIs), etc. HYPERSIM can also perform hardware-in-the-loop (HIL) testing and rapid control prototyping (RCP) of power system protection and control systems.


NI VeriStand Add-On is a software for real-time testing of embedded systems




NI VeriStand Add-On is a software that connects OPAL-RT simulators with NI VeriStand software and hardware. NI VeriStand is a software environment for configuring real-time testing applications. NI VeriStand can work with various NI hardware platforms, such as PXI, CompactRIO, CompactDAQ, etc. NI VeriStand Add-On allows you to use OPAL-RT simulators as the plant model for testing embedded systems using NI VeriStand.


NI VeriStand Add-On connects OPAL-RT simulators with NI VeriStand software and hardware




NI VeriStand Add-On enables seamless integration between OPAL-RT simulators and NI VeriStand software and hardware. NI VeriStand Add-On allows you to run your Simulink models on OPAL-RT simulators and communicate with NI VeriStand using TCP/IP protocol. NI VeriStand Add-On also allows you to configure the inputs and outputs of OPAL-RT simulators using NI VeriStand System Explorer. NI VeriStand Add-On also allows you to monitor and control the simulation and testing scenarios using NI VeriStand Workspace.


NI VeriStand Add-On enables flexible configuration, data logging, stimulus generation, and fault injection for embedded systems testing




NI VeriStand Add-On provides various features and functions for real-time testing of embedded systems using OPAL-RT simulators and NI VeriStand. Some of the features and functions are:


  • Flexible configuration: You can easily configure the inputs and outputs of OPAL-RT simulators using NI VeriStand System Explorer. You can also configure the simulation parameters, such as sample time, solver type, etc. You can also configure the communication parameters, such as IP address, port number, etc.



  • Data logging: You can record the data from the inputs and outputs of OPAL-RT simulators using NI VeriStand Workspace. You can also view the data in real-time or offline using various tools, such as graphs, gauges, tables, etc.



  • Stimulus generation: You can generate various signals and waveforms to stimulate the inputs of OPAL-RT simulators using NI VeriStand Stimulus Profile Editor. You can also create complex scenarios with loops, branches, triggers, etc.



  • Fault injection: You can inject various faults and errors to the inputs or outputs of OPAL-RT simulators using NI VeriStand Fault Profile Editor. You can also create fault scenarios with conditions, actions, events, etc.



How to use OPAL-RT software for your specific needs and projects?




OPAL-RT software can be used for various needs and projects depending on your domain and application. Some of the common uses of OPAL-RT software are:


You can use OPAL-RT software for various industries and domains such as power systems, power electronics, automotive, aerospace, etc.




OPAL-RT software can help you design, test, and optimize control and protection systems used in various industries and domains. Some of the examples are:


  • Power systems: You can simulate and test power system networks and devices, such as AC/DC grids, microgrids, renewable energy sources, distributed generation, energy storage systems, load flow, stability, transient, harmonic, etc. You can also simulate and test power system protection and control systems, such as relays, breakers, switches, meters, phasor measurement units (PMUs), phasor data concentrators (PDCs), remote terminal units (RTUs), supervisory control and data acquisition (SCADA) systems, human-machine interfaces (HMIs), etc.



  • Power electronics: You can simulate and test power electronic systems and devices, such as converters, inverters, drives, FACTS, HVDC, etc. You can also simulate and test power electronic control and protection systems, such as modulation techniques, switching devices, control methods, fault detection and isolation, etc.



Automotive: You can simulate and test automotive systems and devices, such as electric vehicles, hybrid vehicles, battery management systems, fuel cells, electric motors, converters, inverters, drives, etc. You can also simulate and te


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