• Added new Control and Protection models:
  • 51- Inverse Time Overcurrent (1-ph)
  • 67 – Directional Relay Based on Impedance
• New Protection Example Model:
  • IEC 61850 SAS with MMS
• Improved compatibility:
  • Support for MATLAB R2022a
  • Ability to read *.oprec files in MATLAB
  • Support for Python 3.7 to 3.9
• Support for the new mezzanines OP5367-1, OP5367-3 and OP5367-5
• Use *.oprec files as data input for the Signal Generator I/O interface
• Maintain common configuration elements when switching between bitstream configurations (FPGA)

• Full support for IEC 61850 MMS Server protocol
• PSCAD and PSS®E Import License is now available to all users
• Facilitated workflow to automatically generate parameter values for Z-based transformers through addition of a new Transformer Data tab
• Enhanced the I/O Interface Configuration:
  • Revamped entire layout and workflow for IEC 61850 Protocols (MMS, GOOSE and SV) 
  • Improved performance when handling large amounts of data
  • Added filter columns and improved the Add function in the UI Interface
• Improved the simulation start-up time for large models
• Improved the Simulation Settings window with a cleaner interface and additional advanced options, including Target OS
• Added New Library models: 
  • Target I/O Interface to help visualize and simplify the management of I/O connections directly in the schematic
  • Five new Protection Relay Models: 27 (1-ph), 50 (1-ph), 50BF, 59 (1-ph), 79
• New Example Models in Renewables and I/O Interfaces:
  • The Islanded Operation of an Inverter-based Microgrid Using Droop Control Technique
  • How to connect multiple FPGA-based expansion chassis with OP5033 to expand I/O capability 
  • Demo of the IEC 61850 protocols (MMS, GOOSE, and SV) with Time Stamping using the Oregano card 
• Added more detail to error messages to better assist with troubleshooting
• Users can simultaneously run multiple instances of HYPERSIM on the host PC

• Improved PV Panel modeling with expanded temperature ranges
• Enhanced our battery models with customizable charge parameters and 4 new Li-ion chemistries 
• Added new library models in Control Protection and Signal Routing:
  • Thermal Overload Protection according to ANSI 49 standards
  • Radiolink Bundles to send bundled radio signals across circuits
• Improved the PSS®E Import, supporting:
  • Substation grouping with automatic component rotation
  • Sequence data for transformers, lines, and switched shunts
• Expanded the Python API by adding commands for managing subcircuits and other layout attributes
• Compatibility with EXata CPS 1.1, introducing the GUI-based Cyberattack Editor and improved overall user experience. This version is only supported on the XG Series Real-Time simulators
• Intuitive configuration GUI to communicate with EXata CPS 1.1 
• Visualize signal values when monitoring simulations with LEDs
• Improved the HYPERSIM Ribbon UI for a cleaner, more user-friendly experience
• Improved the view for C37.118 and OPAL-RT Board I/O Interfaces
• We have added new functionalities in FPGA-based simulation toolbox:
  • Support for eHS Gen5 enabling faster simulation and PWM frequency resolution up to 250 kHz
  • Support for up to 8 Time-Stamped Bridges
  • Support for Roff in Half-Bridge parser to improve stability
  • Improved FPGA and machine drivers to enhance simulation stability

• We have added exciter library models REXSYS and governor library model WESGOV
• We have added several example models:
  • Static Synchronous Series Compensator (SSSC)
  • Unified Power Flow Control (UPFC)
  • Kundur 4-Machine Power System
  • IEC 61850 Substation Automation System (SAS)
• We have added support for Python version 3.7 and also several new API commands for managing subcircuits and other layout attributes
• We have made several improvements to the I/O assignment and sensor management workflow
• We have improved network configuration of I/O interfaces through harmonization of parameters across relevant interfaces (C37.118, DNP3, IEC 60870-5-104, Modbus) and implementation of automatic IP aliasing generation
• We have made several workflow improvements to facilitate interfacing with EXata CPS (communication network toolbox for cyber-physical simulations) and external devices for HIL
• We have added new functionalities in DNP3:
  • Support for double bit binary input
  • Support for integrity polling (new read mode)
  • Support to run the driver on Windows
• We have added new functionalities in FPGA-based simulation toolbox:
  • Support for user-defined time step configuration
  • Support of OP4510 Kintex-7 410T based firmware
  • Support for QE on RS422
  • Support for configuring more than 32 AO channels

• Go from EMTP-based offline simulation to real time with HYPERSIM more easily than ever
• Quickly create Python test sequences automatically from manual actions with our new Sequence Manager
• We have added several exciter library models: IEEET2, IEEET3, IEEEVC, EXDC2, EXST1, EXST3, EXPIC1, SCRX
• We have added a governor library model: WEHGOV
• We have added a stabilizer library model: PSS2A
• We have added several example Models:
  • Emergency Diesel-Generator, Asynchronous Motor and 25 Synchronism-Check
  • Directional Overcurrent Protection
  • Type 4 Wind Farm model
  • EMTP Compatibility Introduction
  • EMTP IEEE 39Bus Benchmark
• We have added a data name filter in the sensor view to help accelerate I/O assignment
• We have added support for MATLAB R2020a and R2020b

Version – 2020.2

Version – 2019.1







Version – 2019.2