Site selection
Candidate-site screening and full-AC technical diligence for transmission and distribution siting. Studies aligned to your internal approval process and external regulatory expectations.

Planning-grade, full-AC technical diligence for candidate sites, POI / POW decisions, and large-load interconnections — delivered as auditable study records your team can replay.
Candidate-site screening and full-AC technical diligence for transmission and distribution siting. Studies aligned to your internal approval process and external regulatory expectations.
Point-of-interconnection and point-of-withdrawal studies at the same planning-grade fidelity as the rest of the Raptrix Power stack. Defensible outputs for utility, ISO/RTO, and developer audiences.
Base plus N-1 / N-2 capacity analysis at a bus with full voltage and thermal curves — for interconnection consultants, datacenter developers, and large-load applicants.
Voltage sensitivity, up/down ramp behavior, load reduction schemes, and contingency impacts modeled natively for AI data centers and other large, dynamic loads.
Every study is delivered with the underlying .rpf, the contingency definitions, the recovery validation, and the provenance — so your reviewers can reproduce any result exactly.
Planning-grade fidelity. Full-AC Newton-Raphson with strict Q-limit enforcement and intelligent PV-PQ switching.
Auditable. Every result ships with the canonical .rpf and a study record your reviewers can replay.
IBR-, FACTS-, and PST-aware. Correct handling of modern grid elements in PTDF / LODF.
Operator-grounded. Built by power-systems engineers with two decades of control-room and ISO/RTO experience.

Tell us the site, the interconnection question, or the planning challenge \u2014 we will scope a defensible, planning-grade study and walk through the deliverables your team needs.
info@raptrixpower.com · Founder direct: matthew.musto@raptrixpower.com · github.com/RaptrixPowerFlow