HYPERSIM
Added
- Added support for MATLAB R2022a
- Added Control Protection Relays Models:
- Added Protection Example Model:
- Added Control Measurement Model:
- Added the following Python API commands:
- 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:
- uniqueness of time values
- time values are ascending
Improved
- 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
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
I/O Interfaces
General
- 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)
C37.118 Slave
- 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
IEC 61850
- Improved network configuration validation for MMS
- Fixed stack trace appearing at reset
OPAL-RT Board
- 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
Signal Generator
Added support for .oprec as input data files
Synchronization
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-RT Linux x64-based)
TCP-UDP
- Added capability to automatically correct overlap in data frames
Communication Network Simulation
- Added support for the new IEC 61850 I/O interface
FPGA-Based Simulation
- Fixed path used for the configuration file of the FPGA scope
A more detailed list of release notes is available at C:\OPAL-RT\eFPGASIM\v2.11.4.42\Docs\ReleaseNotes\Releases_Notes.pdf