✅ Onsite Label Application
We’ll apply NFPA 70E-compliant arc flash labels directly to your electrical equipment, saving you time and ensuring proper placement.

✅ One-Line Diagram Drafting (DWG Format)
We’ll deliver a clean, annotated one-line diagram in AutoCAD format, derived from our internal analysis model. Ideal for training and maintenance records. (These drawings are not meant for construction or permitting)

✅ Relay and Breaker Settings Support
Need help entering new coordination settings into your equipment? We offer implementation guidance to ensure your system reflects your study results.

✅ Maintenance & Revalidation Plan
Get a clear roadmap for keeping your study current with system changes—so you’re not caught off guard at audit time.

✅ Label Reprint & Update Service
If your system changes or labels wear out, we’ll deliver updated print-ready files or physical replacements—no need to start from scratch.

✅ Post-Study Consulting (light-touch support)
Have a follow-up question weeks or months later? We offer scheduled check-ins or one-off advisory support.

✅ Electrical System Modeling
We build a digital representation of your electrical distribution system, capturing key components like breakers, panels, transformers, and loads. This model serves as the foundation for all engineering simulations and study results.

✅ Operating Scenario Simulations
We simulate normal and contingency conditions (e.g., alternate feeds, backup generators) to identify worst-case hazards across your facility. This ensures compliance regardless of how the system is configured during maintenance or failures.

✅ Short Circuit Analysis
We calculate available fault currents at all relevant buses and equipment to verify that your system can withstand and interrupt fault events without equipment failure.

✅ Equipment Duty Evaluation
We evaluate the short-circuit ratings of breakers, fuses, and panels against calculated fault levels. Underrated equipment is flagged for replacement to prevent catastrophic failure and ensure worker safety.

✅ Protective Device Coordination
We align the timing of fuses, relays, and circuit breakers to isolate faults without unnecessary shutdowns—helping maintain uptime while improving worker safety.

✅ Arc Flash Hazard Analysis – Standard Voltage (≤15 kV)
We calculate incident energy levels at points of interaction, apply appropriate working distance assumptions, and assign PPE categories according to NFPA 70E. Results are easy to understand and audit-ready.

✅ Hazard Mitigation Recommendations
We provide actionable strategies to reduce arc flash risk, including equipment upgrades, breaker setting adjustments, or labeling changes—prioritized for budget and impact.

✅ Executive Summary Report
A concise, plain-language overview of key findings, risks, and recommendations—perfect for decision-makers who need clarity without technical deep-dives.

✅ Comprehensive Technical Report
Full documentation of your study, including simulation data, methodology, protective device settings, and arc flash results—engineered for reliability, transparency, and audit defense.

✅ Arc Flash Hazard Labels
Custom-printed, NFPA 70E-compliant arc flash labels for installation at electrical equipment. Includes essential safety data, working distances, and incident energy.

✅ Professional Engineer Review & Stamp
All work is reviewed and approved by a licensed Professional Engineer (PE) to ensure accuracy, legal defensibility, and compliance with regulatory requirements.

✅ Detailed Site Walkthrough and Data Collection
We perform an on-site assessment to gather accurate field data, identify safety-critical equipment, and document protective device settings—laying the groundwork for a precise and defensible study.

✅ Advanced Electrical System Modeling
We build a detailed model of your facility’s electrical infrastructure, including transformers, MCCs, switchgear, and distribution systems. The model supports complex simulations across large, high-load operations.

✅ Operating Scenario Simulations
We simulate multiple configurations (e.g., utility tie-breakers, generator transitions, bypasses) to capture how arc flash risk shifts with system operations—ensuring your study reflects real-world conditions.

✅ Short Circuit Analysis
We calculate three-phase, single-line-to-ground, and equipment fault currents across the system to evaluate component withstand ratings and support coordination and arc flash calculations.

✅ Equipment Duty Evaluation
We assess switchgear, panels, and protective devices against available fault currents to verify all components are adequately rated and reduce the risk of equipment rupture or fire.

✅ Power Transformer Through-Fault Evaluation
We analyze transformer withstand capability using ANSI/IEEE C57 standards to ensure protection schemes won’t allow damage during through-fault conditions, particularly in older or oversized transformers.

✅ Protective Device Coordination
We optimize time-current curves across the protection chain—minimizing nuisance trips while maintaining fast isolation of hazardous faults.

✅ Protective Device Setting Evaluation
We review or develop relay and breaker settings to implement the coordination plan, ensuring practical deployment that aligns with your safety and operational goals.

✅ Arc Flash Hazard Analysis – Standard Voltage (≤15 kV)
We determine incident energy at low and medium voltage levels using IEEE 1584 standards, identifying high-risk equipment and guiding PPE selection.

✅ Arc Flash Hazard Analysis – High Voltage (15 kV+)
For systems above 15 kV, we apply conservative modeling and engineering judgment to assess arc energy exposure, often where limited data or standards exist—critical for substations and utility connections.

✅ Hazard Mitigation Recommendations
We provide prioritized options to lower incident energy, reduce PPE levels, or isolate high-risk areas—helping you proactively manage risk and improve maintainability.

✅ Executive Summary Report
A decision-maker-ready snapshot of key findings, risks, and next steps—ideal for safety briefings, budget proposals, and audit reviews.

✅ Comprehensive Technical Report
Includes complete system modeling data, fault analysis, coordination settings, and arc flash results—with enough depth to satisfy any auditor or third-party review.

✅ Arc Flash Hazard Labels
Custom-labeled and field-ready, each tag provides critical arc flash data and equipment-specific working distances—aligned with your updated system settings.

✅ Professional Engineer Review & Stamp
Final documentation is sealed by a licensed Professional Engineer (PE) for legal accountability and peace of mind that your study meets industry and regulatory standards.