New: E-Interconnect Toolbox
The E-Interconnect Toolbox is the most powerful and essential tool for automating model quality tests and conformity assessments required for IBR (Inverter-Based Resource) grid interconnection studies. This game-changing solution is redefining how interconnection studies are done, accelerating workflows and reducing engineering time to perform all simulations required.
- Fully automated execution of all IBR model validation tests, including numerical stability, flat start, time-step sensitivity, dynamic performance evaluation, and multi-instance testing without manual intervention.
Automates compliance testing with grid codes, covering Low-Voltage Ride-Through (LVRT), High-Voltage Ride-Through (HVRT), frequency ride-through, and voltage angle ride-through across all power and control modes. Intelligent pass/fail logic with automated report generation in Word format, complete with waveform plots ready for documentation and sharing. Make grid code compliance faster, easier, and more reliable than ever before!
More information here: https://emtp.com/products/modules/e-interconnect
New: Parametric Studio Toolbox
- Unlock the full potential of parametric analysis with Parametric Studio, the most powerful no-code tool in EMTP®. Perform sensitivity, contingency, and uncertainty evaluations effortlessly, without writing a single line of code. Effortlessly create multiple parameter variations using statistical distributions or predefined value lists. Create variations in signal connections to modify power system topology.
Variations are stored in a dedicated, reusable database, ensuring design consistency and flexibility. High-performance parallel processing runs multiple simulations simultaneously, saving time and resources.
It Includes a brand-new graphical interface, built to visualize massive sets of signals, with embedded post-processing and data export capabilities.
More information here: https://www.emtp.com/products/modules/parametric-studio
PSS®E Import Tool Improvements
- New updating options
- New debugging options:
- It is possible to import areas or zones individually for debugging. Infinite buses are automatically placed at boundaries.
- Possibility to merge areas or zones after they have been tested and/or modified using the previous option.
- Improved algorithm to reduce signal crossing for very large cases.
- New supported devices:
- Machines: GENTPJ1
- Exciters/Governors/PSS: ESAC8B, IEEET4, IEEEX1, EXST2, GASTWD, BBGOV1, BBGOV1, MNLEX2, UEL2
- Renewable: WT4G1, WT4E1, REGCA1, REECA1, REECB1, REPCA1, REPCTA1, WT1G1, WT12T1, WT12A1, WTDTA1, WTPTA1, WTARA1, WTTQA1
- FACTS: CSVGN1, CSTATT
- Load: CompLoad
More information here: https://www.emtp.com/products/modules/psse-import-tool-emtp
Improved Parallel Computing Toolbox
Take your simulation performance to the next level with the Parallel Computing Toolbox, the ultimate solution for accelerating large-scale power system analysis in EMTP®.
By splitting your system into multiple subsystems and running them simultaneously across multiple CPUs, this toolbox unlocks exceptional simulation speed and scalability for even the most complex models.
- Automatic system splitting for optimal computational load distribution, ensuring every CPU works at maximum efficiency.
- Multiple time-step selection for setting the best integration time step for each subsystem according to their specific dynamic characteristics.
- Automatic subsystem initialization dramatically reduces startup time for large-scale power systems, by automating the initialization process, eliminating single-CPU bottlenecks.
- Improved computational speed, experiencing faster simulations than ever before
Others
- Line/cable: Added sequence impedance information for three-phase circuit calculations.
- Line/cable: More information to help solve passivity issues during Wideband fitting process.
- Transformers: More connection options available for three-phase three-winding transformers.
- Transformers: More tap options available for three-phase three-winding transformers.