Documentation Home Page ◇ HYPERSIM Home Page
Pour la documentation en FRANÇAIS, utilisez l'outil de traduction de votre navigateur Chrome, Edge ou Safari. Voir un exemple.
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.