PSLF offers steady state power system analysis for contingency power flow solutions, and can be paired with dynamic analysis for transient stability. Explore each program section to learn more about this software’s unique applications.
The steady state analysis package for PSLF allows users to perform traditional thermal and voltage analysis, static voltage stability analysis, and transfer limit analysis. Thousands of contingencies can be simulated in each run. Steady state analysis tools (SSTOOLS) offers users tremendous flexibility in specifying contingencies and simulation options.
The dynamic analysis package in PSLF software allows users to perform transient stability analysis for multiple events on cases containing up to 125,000 buses. Run this tool in batch mode and execute multiple dynamic simulations without user interaction. Model and simulate remedial action schemes (RAS) within dynamic simulations.
Take a quick tour of the PSLF platform
Discover how PSLF’s power flow and contingency analysis solutions can simplify your team’s workflow.
Explore the PSLF user interface
PSLF features an updated, advanced user interface that revolutionizes the user experience and increases productivity.
Quickly and visually analyze post-contingency data produced by SSTOOLS.
Simulate GMD events in both snapshot and time-domain mode to satisfy TPL-007-3 standard requirements more easily.
Specify data for simulating subsynchronous resonance (SSR) for thermal generation, and subsynchronous control interaction (SSCI) for wind turbines.
Import and perform dataset simulations in node-breaker formats taken from operational snapshots.
Determine optimal actions of various control devices in the network to minimize an objective function, while simultaneously satisfying system constraints.
