Power
System Studies
Comprehensive Short Circuit, Arc Flash, and Protection Coordination Analysis for Commercial and Industrial Facilities
At FutureGen Consulting Inc., we engineer precise, software-modeled power system studies to safeguard your electrical infrastructure, protect site personnel, and guarantee full compliance with Ontario codes, IEEE standards, and CSA safety mandates.
Designed to Comply With
IEEE 1584 & IEEE 3002 Standards
Advanced computer modeling engineered to strict IEEE guidelines for incident energy calculation, fault current analysis, and breaker trip settings.
CSA Z462 Workplace Safety Compliance
Comprehensive arc flash calculations, hazard boundaries, and PPE category specifications to ensure full compliance with Canadian workplace electrical safety requirements.
Ontario
Building Code
Standards
Professional Engineering Standards
Trusted Power System Engineering In Ontario
FutureGen Consulting Inc. provides comprehensive software modeling and engineering analysis to protect your electrical infrastructure, verify safety compliance, and ensure uninterrupted operations. We help building owners, plant managers, and electrical contractors identify high-risk arc flash hazards, eliminate nuisance breaker trips, and satisfy municipal, ESA, and insurance standards with stamped engineering reports.
- Arc Flash Boundary & Incident Energy (cal/cm^2) Modeling
- Short Circuit Fault Current Calculations & Breaker Withstand Ratings
- Selective Protection Coordination & TCC Curve Analysis
- CSA Z462 & IEEE 1584 Workplace Electrical Safety Compliance
- Stamped Engineering Reports & Arc Flash Warning Labels
- Practical On-Site Mitigation & System Setting Adjustments
- Full Service Coverage for Commercial, Industrial & Institutional Site
Our Core Analysis Services
Fault Current Calculation
Evaluation of maximum prospective fault levels across all major distribution buses in accordance with IEEE 3002.3 standards.
Equipment Rating Verification
Comparative analysis of installed breaker interrupting capacities, switchgear withstand ratings, and fuse capabilities against calculated fault values.
Deficiency Identification
Clear actionable reporting detailing under-rated protective devices and recommended rating upgrades.
Incident Energy Assessment
Evaluation of thermal energy exposure and arc flash boundaries modeled in accordance with IEEE 1584 guidelines.
Workplace Safety Compliance
Comprehensive data package supporting CSA Z462 compliance and site safety audits.
Device Setting Optimization
Precise setting recommendations for adjustable circuit breaker trip units, protective relays, and fuse links based on IEEE 242 and IEEE 399 recommendations.
Why Power System Studies Are Essential
Modern electrical networks are subject to unpredictable fault currents, high incident energy risks, and system trip cascades. Performing regular, detailed power system analyses allows facility owners and plant operators to identify physical hazards, size protective equipment accurately, and maintain operational uptime before costly electrical failures occur.
The Engineering Process
Data Collection & Field Audit
Reviewing existing Single-Line Diagrams (SLDs), equipment nameplate ratings, conductor lengths, and utility service impedance data.
Computer System Modeling
Building an accurate digital twin of your electrical distribution topology using industry-standard simulation software.
Execution & Analysis
Simulating three-phase, line-to-ground, and arc-fault scenarios across normal and generator operating configurations.
Comprehensive Reporting & Stamped Sign-off
Delivering P.Eng.-stamped engineering reports complete with TCC curves, fault evaluation tables, arc flash schedule sheets, and prioritized mitigation steps.
Frequently Asked Questions
What is a Power System Study, and why does my facility need one?
A Power System Study is a comprehensive software-modeled analysis of your electrical infrastructure. It evaluates potential short-circuit fault levels, arc flash hazards, and protective device settings. Performing these studies ensures your facility complies with CSA Z462 and OESC standards, prevents equipment damage, and protects workers from catastrophic electrical hazards.
How often should an Arc Flash and Power System Study be updated?
According to CSA Z462 and NFPA 70E standards, arc flash risk assessments must be reviewed and updated at least every 5 years, or whenever major modifications, electrical service expansions, or equipment changes occur on-site.
What documents or data are needed to perform the study?
To perform an accurate study, our engineers require your site’s Single-Line Diagram (SLD), transformer ratings, conductor sizes/lengths, utility fault level details, and protective device model numbers/settings. If up-to-date drawings aren’t available, we can conduct a field data collection audit.
What is the difference between a Short Circuit Study and a Protection Coordination Study?
A Short Circuit Study calculates the maximum fault current your system can experience to ensure your circuit breakers and switchgear can safely interrupt it without exploding. A Protection Coordination Study optimizes breaker trip settings so that downstream faults trip only the local breaker rather than causing a widespread facility outage.
Does a Power System Study fulfill Electrical Safety Authority (ESA) and insurance requirements?
Yes. Our studies are executed and stamped by licensed Professional Engineers (P.Eng.) in Ontario, providing the technical documentation required by local utilities, the ESA, municipal plan reviews, and commercial building insurance underwriters.
What deliverables will I receive upon completion of the study?
You will receive a complete P.Eng.-stamped engineering report containing fault evaluation tables, Time-Current Characteristic (TCC) curves, arc flash boundary schedules, recommended breaker setting adjustments, and printable field-ready Arc Flash Warning Labels.
Request a Free Quote
Ready to ensure your electrical distribution system is safe, reliable, and fully code-compliant?
FutureGen Consulting provides responsive, P.Eng.-stamped Power System Studies, Arc Flash Analyses, and Protection Coordination reports tailored to your commercial or industrial facility across Ontario.
