Full-AC Newton-Raphson
Strict Q-limit enforcement: a converged solution that violates generator Q limits is marked infeasible.
Platform capabilities
The physics under
Sentinel and Forge.
A reference of the engineering choices Sentinel and Forge share — what makes them defensible at planning-grade fidelity and real-time cadence.
The risk this closes
All of this closes one gap.
The engineering below exists to close one gap: credible N-1 and N-1-1 conditions on the live system that planning did not study and that a curated list will not catch.
Full-system coverage at real-time cadence
Planning-grade N-1 and defined N-2 studies on the live operating point, without trading away the physics.
Automatic contingency selection
Automatic contingency selection that augments operator judgment, with no hand-maintained lists.
IBR, FACTS, and PST awareness
IBR, FACTS, and PST devices are carried in the case. We do not claim device-level control modeling inside the solver.
Recovery within NERC limits
Each flagged contingency is checked for a path back within NERC limits using available reserves and controls. Q-limits stay enforced. Only unrecoverable cases are surfaced.
Rich .rpf interchange
Solved state, contingency definition, violation details, topological view, investigation context, and recommended next actions — carried in a single self-describing file.
Look-ahead advisory mode
Roadmap: commitment states plus load forecast plus expected outages and returns at planning-grade fidelity (Sentinel Phase 2).
Native large-load (NERC L3) modeling
Large, voltage-sensitive loads as first-class citizens: voltage profiles, up/down ramps, load reduction schemes.
First-swing stability screening
When dynamics data is available, first-swing checks run on the same solved operating point used for contingency analysis. Large-load rejection scenarios are supported today; inverter-centric models are expanding.
Deployment story
Deploy where you operate.
- On-prem (RHEL 10 and Windows certified)
- Air-gapped
- Cloud (on request)
- Deterministic builds + reproducible pipelines
- No cloud lock-in
Pilot inside your environment
See the contingencies your current tools are not covering.
Pick a recent operating point. We run N-1 and N-1-1 from that State Estimator case inside your environment and walk through what your current list does not show.
info@raptrixpower.com · Founder direct: matthew.musto@raptrixpower.com · github.com/RaptrixPowerFlow