POWER SYSTEM SAFETY
Arc Flash Study & Analysis in Dubai, UAE
An arc flash study is an engineering analysis that calculates incident energy levels at every working point in an electrical system. It determines arc flash boundaries, PPE categories, and hazard severity to protect personnel and ensure compliance with DEWA, IEEE 1584, and NFPA 70E standards.
Comprehensive Arc Flash Study Services in Dubai, UAE
Carelabs delivers professional arc flash hazard analysis for industrial and commercial facilities across the UAE. Our studies comply with IEEE 1584-2018 and NFPA 70E, using ETAP software for precise incident energy calculations at every working point in your electrical distribution system.
Why Arc Flash Studies Matter in the UAE
DEWA regulations and international safety codes require facility owners to assess arc flash hazards. Without a proper study, workers face potentially fatal exposure to arc flash events that can reach temperatures of 35,000 degrees Fahrenheit. Our analysis identifies every hazard point, calculates incident energy, and provides clear PPE requirements and arc flash warning labels for each panel and switchgear location.
Our Methodology
We perform on-site data collection across all electrical equipment, build a detailed ETAP model of your power system, run short-circuit and protective device coordination analyses, and calculate incident energy at every working point. The result is a comprehensive report with arc flash labels, PPE recommendations, and actionable mitigation strategies to reduce hazard severity.
What We Deliver
Why Facilities Trust Carelabs for Arc Flash Studies
Incident Energy Calculations
Precise IEEE 1584-2018 calculations using ETAP software for every working point in your electrical system.
Arc Flash Labelling
Compliant warning labels for every panel and switchgear, specifying PPE requirements and arc flash boundaries.
Mitigation Recommendations
Practical engineering solutions to reduce incident energy levels, including relay settings and equipment upgrades.
Our Process
Our Arc Flash Study Process
Scope Definition
Review facility drawings, identify all electrical equipment, and define the scope of the arc flash study with your engineering team.
On-Site Data Collection
Field engineers collect nameplate data, protective device settings, cable lengths, and equipment configurations using digital data collection tools.
ETAP Modelling
Build a detailed power system model in ETAP, including all sources, transformers, cables, buses, and protective devices.
Short-Circuit & Coordination Analysis
Run short-circuit calculations and verify protective device coordination to ensure accurate incident energy results.
Incident Energy Calculations
Calculate arc flash incident energy, arc flash boundaries, and PPE requirements at every working point per IEEE 1584-2018.
Report & Label Delivery
Deliver the comprehensive report with arc flash labels, mitigation recommendations, and a presentation to your safety team.
WORKER SAFETY FIRST
Protecting Your Personnel from Arc Flash Hazards
Arc flash incidents cause severe burns and fatalities. A proper study identifies hazard severity at every working point and defines PPE and safety procedures to protect maintenance personnel during operations.
- Incident energy calculations per IEEE 1584-2018
- Arc flash boundary determination for each working point
- PPE category assignment based on calculated hazard levels
- Shock hazard analysis and limited/restricted approach boundaries
- Equipment-specific warning labels with clear safety information
- Compliance documentation for DEWA and regulatory audits
DELIVERABLES
What You Receive
Every arc flash study includes a comprehensive report package with detailed calculations, single-line diagrams, equipment schedules, and arc flash labels. Reports are formatted for DEWA submission and internal compliance documentation.
- Detailed incident energy calculation report for every bus and panel
- Arc flash hazard labels ready for installation on equipment
- Single-line diagrams with updated equipment ratings
- PPE requirements matrix by location and task
- Protective device coordination recommendations
- Executive summary with risk prioritization for management
FAQ
Frequently Asked Questions
What is an arc flash study and why is it required in the UAE?
An arc flash study is an engineering analysis that calculates incident energy at every electrical working point. In the UAE, DEWA regulations and international standards like NFPA 70E and IEEE 1584 require facility owners to assess arc flash hazards to protect maintenance personnel and ensure regulatory compliance.
How long does an arc flash study take in Dubai?
A typical arc flash study for a medium-sized industrial facility in Dubai takes two to six weeks, depending on the number of electrical panels and complexity of the power distribution system. Larger facilities with multiple substations may require additional time for comprehensive data collection and modelling.
What standards does Carelabs follow for arc flash studies?
Carelabs performs arc flash studies in compliance with IEEE 1584-2018 for incident energy calculations and NFPA 70E for electrical safety in the workplace. We also adhere to IEC 60909 for short-circuit calculations and ensure all reports meet DEWA submission requirements.
Do I need arc flash labels on my electrical panels in the UAE?
Yes. NFPA 70E and industry best practice require arc flash warning labels on all electrical equipment where workers may be exposed to arc flash hazards. Labels must display incident energy values, required PPE, arc flash boundaries, and shock hazard information specific to each panel.
How much does an arc flash study cost in Dubai?
The cost of an arc flash study in Dubai depends on facility size, number of electrical panels, and system complexity. Carelabs provides customised quotes after reviewing your single-line diagrams and facility layout. Contact us for a free initial assessment and proposal.
What software does Carelabs use for arc flash analysis?
Carelabs uses ETAP, the industry-leading power system analysis software, for all arc flash studies. ETAP provides accurate short-circuit calculations, protective device coordination, and incident energy analysis in compliance with IEEE 1584-2018 and NFPA 70E requirements.
Can an arc flash study reduce my insurance premiums?
Yes. Many insurance providers in the UAE offer reduced premiums for facilities that have completed arc flash studies and implemented recommended safety measures. A documented arc flash hazard analysis demonstrates proactive risk management and can significantly reduce your facility liability exposure.
What is the difference between an arc flash study and a short-circuit study?
A short-circuit study calculates maximum fault currents at each point in the power system to verify equipment ratings. An arc flash study builds on short-circuit results to calculate incident energy and determine the thermal hazard to workers. Both analyses are typically performed together for a complete assessment.
How often should arc flash studies be updated in the UAE?
Industry best practice recommends updating arc flash studies every five years or whenever significant changes are made to the electrical system, such as adding new equipment, modifying protective device settings, or changing utility supply configurations. NFPA 70E requires current arc flash labels at all times.
Does Carelabs perform arc flash studies for DEWA-connected facilities?
Yes. Carelabs regularly performs arc flash studies for DEWA-connected industrial and commercial facilities across Dubai. Our reports are formatted for DEWA compliance review, and we coordinate with DEWA-approved contractors to ensure seamless implementation of recommendations.
Get Started
Schedule Your Arc Flash Study
Protect your workers and meet DEWA compliance requirements with a comprehensive arc flash hazard analysis.