HYPERSIM

Added

Added support for MATLAB R2022a
Added Control Protection Relays Models:
- 51- Inverse Time Overcurrent (1-ph)
- 67 - Directional Relay Based on Impedance
Added Protection Example Model:
- IEC 61850 SAS with MMS
Added Control Measurement Model:
- RMS 1-ph
Added the following Python API commands:
- startMonitoring() which starts running Monitor components
- stopMonitoring() which stops running Monitor components
- getMonitoringValue()
- getMonitoringAllValue()
- getLastSensorValues()
- getSimulationTime()
Added support for Python 3.7 to 3.9
- Note : Support for Python 2.X will be removed in the next version
Added capability to read .oprec files in MATLAB
Added popup to save the sensor file when saving the .ecf model
Added validation for CSV file playback:
1. uniqueness of time values
2. time values are ascending

Improved acquisition performance with HYPERSIM data source in ScopeView
Improved PSCAD/PSSE import through custom options and separate menus
Improved Line Distance Protection with POTT example with updated protection components
Improved Renewable Energy Example Models with native components instead of UCM for controls:
- BESS
- PVGS
Improved error messages on certain license installation issues
Improved expression's Content Editor by indicating the model unit
Improved pu Unit Notation consistency through all components

Fixed issue with machines when wye grounded stator connection is selected
Fixed limitation during acquisition in ScopeView when reading more than 100 .out PSCAD files
Fixed expression unit display when setting an expression on a transformer parameter that depends on the connection type
Fixed Python API closeHyperWorks() not working if the API connects to a manually started HYPERSIM instance
Fixed Python API closeHyperWorks() global name 'proc' is not defined when used after startAndConnectHypersim()
Fixed issue with license installation on target when the clock has changed within 24h range
Fixed timing display in the .simout console when localhost simulation is stopped
Fixed issue with non-persisting UI user-defined property values when updating HYPERSIM
Fixed .simout console not highlighting warnings and errors in color
Fixed issue with <defunct> processes leading to target instabilities

Improved network configuration by validating the port used at simulation start (C37.118 Slave, DNP3 Slave, IEC 60870-5-104 Slave, IEC 61850 MMS, MODBUS TCP Slave, OPC-UA Server)

Added support to scale asynchronous computation on multiple cores depending on the amount of PMUs, their data rate, and size
Fixed limitation of 1000 slaves per instance
Fixed communication issue when the IDs of consecutive PMUs are not in ascending order

Added support for new mezzanines OP5367-1, OP5367-3 and OP5367-5
Added capability to maintain common configuration elements when switching between bitstream configurations
Added capability to maintain the board configuration when changing the chassis type
Added support for the OP4512 and OP4610 chassis
Added support for 64 ports LoadIN and LoadOUT
Improved configuration file management for the FPGA scope feature
Fixed various FPGA enumeration issues

Added support for C37.238-2017 sync profile for Oregano
Added capability to launch the synchronization setup tool at boot time, thus accelerating simulation start time after a system reboot
Added support for Oregano card revision 2.3 (OPAL-RTLinux x64-based)

A more detailed list of release notes is available at C:\OPAL-RT\eFPGASIM\v2.11.4.42\Docs\ReleaseNotes\Releases_Notes.pdf