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ARTEMiS

You are here: Home1 / ARTEMiS

ARTEMiS | CPU-based Electrical Toolbox

Advanced Real-Time Electromagnetic Simulation Solver for the Simscape Electrical Toolbox

ARTEMiS is a CPU-based Electrical Toolbox for users of the Simscape Electrical™ (formerly SimPowerSystems™) wanting to accelerate or simulate power system and power electronics models in real time. ARTEMiS provides enhanced solvers and algorithms to ensure reliable, accurate and fixed time step computations, essential for real-time simulations.

In addition, ARTEMiS uses an advanced decoupling method that does not introduce artificial delays and thus won’t compromise the validity of the model. This is important when simulating large-scale power grids models. With ARTEMiS you will obtain realistic results, in real-time.

User Resources
Technical Papers


Watch to learn more

ARTEMiS solvers and algorithms eliminate artificial delays, while using advanced decoupling techniques for added speed and efficiency. Watch the video and learn how ARTEMiS provides real results in real-time.

The ARTEMiS Toolbox Features

Easy integration and usability with (Simscape Electrical ) SPS with minimal effort.
Learn more >

Simscape Electrical™ Compatibility

Advanced converter models for the real-time simulation of large drives.
Learn more >

Simulate Complex Motor Drives & Converter Topology

From transformers and machines to lines, every model is adapted for precise simulation and real-time performance
Learn more >

Extended Library of Optimized Real-Time Models

Provides several options and methods to parallelize electric models to run on OPAL-RT multiprocessor platforms.
Learn more >

Run Large Power System Models

ARTEMiS Benefits

Designed for fast and efficient Hardware-in-the-Loop (HIL) simulation

Fast

ARTEMiS provides fixed-time-step integration algorithms designed for real-time applications, improving the computational performance of Simscape Electrical.

Large Models

ARTEMiS is compatible with the Simulink Coder and Embedded Coder.

Accurate

ARTEMiS has higher precision and fewer numerical oscillations for linear circuits.

Specifications

Simulation type:EMT domain
Typical time step on CPU:Network solution: 10 - 100 μs
Switching converters resolution : 10 nanoseconds
(with I/O Time-Stamping or RT-Events)
Compatible modeling environments: Simulink, Simscape Power System

Get Started!

Already an ARTEMiS user? Take a look at some of our resources.

Download Center

RT-LAB is the software platform of OPAL-RT's ARTEMiS. Download RT-LAB to discover ARTEMiS' features and see the release notes.
Learn more >

Resource Center

Looking for more information about ARTEMiS? Search our extensive resource center for technical papers, presentations and demo models.
Learn more >

Video Tutorials

This series of tutorials have been designed to provide a general overview of the simulation solver ARTEMiS and will guide you over typical application cases.
Learn more > 

Support

Need Help? Contact our support team for assistance, or browse our support services page.
Learn more > 

Proud Users of ARTEMiS

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ARTEMiS USERS LIST

APPLICATIONS

More complex systems mean more elaborate testing and the increased need for accurate data. Digital simulation in real-time enables researchers to study multiple scenarios in near-real conditions without risk, prior to deployment in the field.
LEARN MORE >

Microgrids

OPAL-RT provides comprehensive HIL, SIL, and RCP solutions for the most sophisticated and demanding power system controls.
LEARN MORE >

Power Systems Controls

SSN can handle the very high-number of switches, typically close to 100’s, of More Electrical Aircraft (MEA) redundant circuitry.
LEARN MORE >

Onboard Power Systems

Use ARTEMis for testing complex protection schemes with virtual and real relays.

LEARN MORE >

Protection Systems

OPAL-RT offers a state-of-the-art suite of real-time power system simulation solutions for Synchrophasor and WAMPAC applications.
LEARN MORE >

Wide Area Monitoring Protection and Control

OPAL-RT provides powerful real-time simulation solutions for electrical conversion to quickly conduct precise and exhaustive testing on all controls, with both greater reliance and minimal investment.
LEARN MORE >

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Run Large Power System Models

– Ability to parallelize electric models to run on multiple cores in RT-LAB.
– Allows simulation in parallel of a microgrid or converter that does have intrinsic delays such as long lines.
– Simulates power system networks of more than 1,000 nodes at 50us
– Allows simulation of transmission and distribution networks in the same model

Extended Library of Optimized Real-Time Models

– MACHINES:

■ Rotating machine models stable at null load without snubbers

■ Special machine configurations: synchronous machine with neutral point, double-stator synchronous machine, doubly-fed induction machine with explicit turn ratio

■ Allows the modeling of all standard machine such as PMSM, BLDC, IM, SRM, DC, SM

■ Simulation of machines with neutral access

■ Simulation of machines without snubbers to improve the precision and stability of the simulation et reduce articifial losses when the charge is small

■ Simulation of open-line and line-line faults on machine terminals

■ Enables the emulation of encoders and resolvers





– LINES & CABLES:


■ Allows modeling of AC/DC lines and cables with various mathematical representations such as wideband and marti

■ We offer fitters to very precisely evaluate the line and cable parameters

■ Compatible with line and cable model parameters from EMTP-RV

■ Our line models enable the parallel execution of network and power electronics models

■ When required, we offer separator éléments to ease the parallizing of electric models

■ Frequency dependent Transmission line models (ULM/Wideband and Marti-FD)

■ Multi-rate simulation of lines to ease the execution of large network models

■ Simulation of line models with internal faults 





– TRANSFORMERS

■ Real-time simulation of On-Load Tap-Changing (OLTC) transformers

■ imulation of effects of saturation and hysteresis





– User Coded Blocks for other customized models (for example, an included demo with continuously variable train track impedance)

Simulate Complex Motor Drives & Converter Topology

– Allows simulation of large numbers of switches, breakers, and IGBTs in real time without model decoupling.
– Accurate simulation of non-linear components, such as surge arresters, using iteration techniques in real-time
– Allows the simulation of the most popular converter topologies: 2-level, 3-level, T-type, boost, buck, etc.
– Enables the precise simulation of natural rectification and high impedance converter modes
– Allows the reduction in size of snubber elements in converters
– Enables the simulation of circulating currents between IGBTs and the various phases and arms of converters
– Time-Stamping interpolating capability for precise gate firing (10 nanosecond resolution)
– Accurate simulation of non-linear components, such as surge arresters, using iteration techniques in real-time

Simscape Electrical™ & Simscape Power Systems™ Compatibility

– Easy integration and usability with Simscape Electrical™/Specialized Power Systems
– Compatible with recent MATLAB/SIMULINK versions
– Easy integration of control algorithm developed with Simulink