Full-AC Newton-Raphson
Strict Q-limit enforcement: a converged solution that violates generator Q limits is marked infeasible. Non-negotiable physics. No FDNR shortcuts.
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.
Intelligent PV-PQ switching
Prevents naïve “infinite Q” hacks while still recovering solvable cases.
Solver cloning for massive parallelism
Hundreds of full-AC N-1 and escalated N-2 cases in near real-time.
Hybrid contingency selection
Graph-theory plus operator-defined guardrails — betweenness centrality, electrical distance, critical cut-sets, and historical patterns augment operator judgment.
IBR-, FACTS-, and PST-aware PTDF / LODF
Correct handling of modern grid elements for accurate contingency screening and ranking.
NERC recovery validation
Greedy reserve dispatch checks whether each flagged contingency can return to normal under LTE within 15 minutes.
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, Q3).
Native large-load (NERC L3) modeling
AI data centers and other large, voltage-sensitive loads as first-class citizens: voltage profiles, up/down ramps, load reduction schemes.
Deployment story
Deploy where you operate.
- On-prem (RHEL certified)
- Air-gapped
- Cloud (on request)
- Deterministic builds + reproducible pipelines
- No cloud lock-in
No-cost pilot for qualified teams
Pilot Sentinel on your representative case.
Bring a recent State Estimator export. We will run an exhaustive N-1 + intelligent N-2 with recovery validation and walk through the results with your team — no slide-deck theater.
info@raptrixpower.com · Founder direct: matthew.musto@raptrixpower.com · github.com/RaptrixPowerFlow