Arc Flash Hazard Studies
Comprehensive arc flash risk evaluation using SKM PowerTools (IEEE 1584-2018). Includes incident energy calculations, PPE category determination, and arc flash boundary analysis for all distribution equipment.
Precision electrical engineering solutions for industrial and commercial clients — serving Texas and clients nationwide. Arc Flash Studies, power system analysis, and OSHA compliance — powered by a dedicated team of licensed Professional Engineers.
TEXARC delivers rigorous, standards-based electrical engineering — from arc flash hazard analysis to full system design — for industrial and commercial clients across the USA.
Comprehensive arc flash risk evaluation using SKM PowerTools (IEEE 1584-2018). Includes incident energy calculations, PPE category determination, and arc flash boundary analysis for all distribution equipment.
3-phase and single line-to-ground fault current analysis for switchboards, panelboards, bus ducts, MCCs, and transfer switches. Determines equipment interrupting ratings and protective relay settings.
Design and print arc flash warning labels compliant with NFPA 70E. Includes hazard level classification, working boundaries, required PPE categories, and incident energy values for every panel.
Full electrical engineering design for commercial and industrial facilities. Single-line diagrams, load calculations, equipment sizing, conduit layouts, and construction documents per NEC standards.
Load flow analysis, voltage drop studies, power quality assessment, and coordination studies. Ensures reliable operation and optimized performance of your electrical distribution system.
End-to-end electrical engineering for manufacturing plants, distribution centers, substations, and institutional facilities — including complex, large-scale industrial sites.
Sources: OSHA, NFPA & industry estimates (ISHN). A PE-sealed arc flash study identifies these hazards before they cause harm — and keeps you compliant.
We don't cut corners. Every study is performed by a licensed Professional Engineer using industry-leading software and the latest IEEE and NFPA standards.
Every deliverable is signed and sealed by a licensed Professional Engineer, meeting OSHA and client requirements for engineering sign-off.
We use SKM PowerTools v11, the industry standard for arc flash, short circuit, and coordination studies — the same software trusted by Fortune 500 industrial clients.
All arc flash studies follow the latest IEEE 1584-2018 methodology. PPE labels and work boundaries meet current NFPA 70E requirements, protecting your workers and limiting your liability.
A rigorous, systematic approach from initial data collection to final deliverables — ensuring accurate, defensible results on every engagement.
Review existing single-line diagrams, construction drawings, and equipment specs. Coordinate with facility owners to supplement missing data and verify the system configuration.
Build a precise electrical model in SKM PowerTools. Input feeder impedances, transformer data, breaker ratings, and utility fault contributions for an accurate simulation.
Run short circuit, arc flash, and coordination studies per IEEE 1584-2018. Calculate incident energy, arc flash boundaries, and minimum PPE requirements for each bus.
Provide a PE-sealed engineering report, equipment arc flash labels, and risk-reduction recommendations. All documents signed and ready for OSHA compliance.
Real deliverables from a completed arc flash study — with all client identity and confidential data redacted. This is exactly what we hand over: PE-sealed reports and field-ready equipment labels.

NFPA 70E-compliant arc flash labels — incident energy, PPE category, flash protection boundary, and approach distances for every panel.

A signed and sealed arc flash hazard study with scope, methodology (IEEE 1584-2018), and full results — defensible for OSHA compliance.

Per-bus incident energy and short circuit results — every bus documented with PPE category, boundaries, and protective device data.

Your distribution system modeled in SKM PowerTools v11 — feeders, transformers, breakers, and fault contributions for an accurate simulation.
Sample shown with all client names, addresses, and confidential project data redacted. Your study is delivered in full and kept strictly confidential.
Download Sample Report (PDF)
TEXARC Electrical Solutions is a Texas-based LLC specializing in electrical power systems engineering. We bring the rigor of large-scale industrial engineering to every project, regardless of size.
Our experience spans large-scale industrial and institutional facilities, where we conduct comprehensive arc flash hazard studies for complex electrical distribution systems. We bring that same precision and accountability to every engagement, regardless of project size.
Every report we issue is signed and sealed by a PE — not an intern, not a technician. You get defensible, standards-compliant engineering deliverables backed by professional accountability.
Work With Us →Common questions about Arc Flash studies, compliance, and our engineering process.
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