Induction machine runtime resistance modification
Improved induction machine model fidelity
- Typically used to model the impacts of temperature on the stator and rotor coils
- Stator and rotor resistances can be modified on-the-fly
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- Define resistance values through Signal Processing inputs
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- Available for the Three Phase Squirrel Cage Induction Machine
ISO 15118 EVSE – DC charging update
ISO15118-2 communication protocol for DC Combined Charging Systems
- Simulation of ISO 15118-2 and ISO 15118-3
- Digital communication protocol between electric vehicles (EVs) and electric vehicle supply equipment (EVSE) – Supply Equipment Communication Controller (SECC) side
- Allows EV, DC fast-charging (DCFC), and AC smart charging tests
- Added support for Signal Level Attenuation Characterization (SLAC) protocol for Programmable Logic Controller (PLC) communication
- Adjustable EVSE charge parameters in the component properties
ISO 15118 EV – AC charging update
ISO15118-2 communication protocol for AC Combined Charging Systems
- Simulation of ISO 15118-2 and ISO 15118-3
- Digital communication protocol between EVs and EVSE – Electric Vehicle Communication Controller (EVCC) side
- Allows EVSE, DCFC and AC smart charging tests
- Added support for SLAC protocol for PLC communication
- Adjustable EV charge parameters in the component properties
Signal access management
Additional protections for your IP when sharing libraries
- Restrict access to selected signals in locked components directly in your schematic
- Motivated by original equipment manufacturers’ (OEM) needs to hide certain signals in shared libraries from end users
- Protect against intellectual property (IP) leakage
- Protected signals are still accessible to OEMs for library development and maintenance
Enhanced resolution Dual Active Bridge solver
Model high-frequency DC-DC chargers
- FPGA block that provides fast calculation of Dual Active Bridge (DAB) converter topologies with 50 ns resolution
- DAB solver resolution not dependent on the simulation step of the rest of the circuit
- Specially designed to fulfill the needs of high frequency DC-DC charger application
- Available for some configurations on 4th generation devices
Virtual signals
Generate your own Capture signals with Python
- Generate new Capture signals using your own Python functions
- New signals can be created by applying functions to the captured signals and used for offline analysis
- Save real-time resources by utilizing standard Python analytical modules (NumPy, SciPy, pandas, and math)
Auto-connection of schematic items
Build your model even faster
- Beta version from the previous release completely reworked
- Single shortcut for both the power electronics and signal processing parts of the model
- Allows for many new types of connections:
- component to wires;
- component to junctions;
- terminal-shorting;
- proximity-based.
Additional features
See what else is new...
- Device Manager extended with Firmware Manager functionalities:
- Firmware update
- Change device INI file
- HIL device reboot
- New components:
- Wound Rotor Synchronous Machine (Open Winding)
- Switched Reluctance Machine
- Stepper Motor
- Super Lift Luo converter
