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HYPERSIM Release Notes: 2019.2
HYPERSIM
Added
- Added PSS®E import capability
- Added new documentation server to replace PDF documentation
- Added protection relay function 67 to the Control Protection Relays library
- Added inverse time overcurrent functionality to protection relay 50/51
- Added DEGOV1 model in Control Governors library
- Added Preferences menu in the ribbon to set an extra timeout for simulation initialization
- Added validation to prevent assigning two different signals on the same output
Improved
- Improved licensing user experience by validating the end of support date instead of the version number
- Improved Locate selection quick link in the Netlist when working with large models to zoom in on the component
- Improved error message usability when starting the simulation and the CP 2-ph line has incorrect parameters
- Improved user experience when navigating through data recording files in ScopeView
- Improved license request workflow
- Improved data logger example model
Fixed
- Fixed line impedance displayed unit that should have been pu/km for CP and PI lines
- Fixed filtering on Category in the Sensor form
- Fixed index display for large numbers in Sensor form
Removed
- Removed unsused STATE21 signals from LCC and thyristors Sensor form
I/O Interfaces
Modbus Master
- Added support for OPAL-RTLinux 64-bit
- Added support for configuration via GUI
- Added support for floating 32-bit registers
Modbus Slave
- Added support for OPAL-RTLinux 64-bit
- Added support for configuration via GUI
- Added support for floating 32-bit registers
OPAL-RT Boards
- Added support for automatic FPGA bitstream validation and reprogramming upon starting the simulation
FPGA-Based Simulation
- Added support for eHSx64 solver
- Added support for PMSM DQ machine
- Added support for AC, DC and sine wave sources
- Added firmware selection menu
- Added various features to improve user experience
Communication Network Simulation
- OPAL-RT partnered with Scalable Network Technologies to provide HYPERSIM users with the capability for communication network modeling and cyber-physical simulation on the same hardware, offering a complete real-time cyber-physical solution for the development, testing, and assessment of electrical grids with communication networks. A detailed library of simulated cyber-attacks and corresponding cyber-defenses is also available.
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