Based on community guides and technical documentation, the recommended system requirements for running PowerFactory smoothly are:
Because the latest version leverages GPUs, the minimum and recommended requirements have changed significantly:
A: Typically SP1 in April, SP2 in December each year. Patches (e.g., hotfixes) are released as needed.
Introduces via automatic or manual network partitioning, drastically cutting simulation time. Advanced Stability Analysis : digsilent powerfactory latest version
: Advanced modeling for wind, solar, and battery storage systems.
Based on the beta release, here’s what to expect in the (late 2026):
Best for multi-user groups, featuring centralized project data, SQL/Oracle database integration, and versioning tools. Based on community guides and technical documentation, the
: Enhanced integration with Modelica hybrid modeling supports both continuous-time and discrete-time components inside a single simulation workspace.
A standout feature: , an integrated AI module that uses machine learning to automatically calibrate dynamic model parameters against PMU or fault recorder data. It supports:
Last updated: May 2026. All benchmarks are based on DIgSILENT’s internal testing and independent third-party validation by the University of Strathclyde’s Power Systems Group. Prices are for reference; check local distributor for exact figures. Advanced Stability Analysis : : Advanced modeling for
Significant updates to Modelica hybrid modeling, improving model execution efficiency and reliability.
Starting with version 2025, older licenses (pre-2022) are not compatible. You must contact DIgSILENT sales to migrate.
As of mid-2026, the most stable and widely deployed release is . However, the company has released PowerFactory 2026 Beta to select industry partners, with a full commercial release expected in Q4 2026. For most practical applications, version 2025 SP2 represents the latest fully-supported, production-ready environment.
Are you focusing on a particular type of analysis, such as or grid code compliance ? Share public link
As synchronous generators retire, grids are becoming dominated by IBRs (solar inverters, wind turbines, battery inverters). The latest PowerFactory includes next-generation electromagnetic transient (EMT) models that accurately simulate IBR behavior through grid faults, including phase-locked loop (PLL) dynamics, current limitation, and various grid-supporting functions. This is crucial for preventing issues like harmonic resonance or false tripping that have plagued high-renewable grids.