– 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

– 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)

– 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

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