Power Projects Secures Arc Flash Study for 33 kV Electrical Network
Evaluating arc flash hazards, enhancing personnel safety, and ensuring electrical systems operate in accordance with industry standards and best engineering practices
We are pleased to share that Power Projects has been awarded an Arc Flash Study for a 33 kV electrical distribution network.
This study is essential for evaluating arc flash hazards, enhancing personnel safety, and ensuring electrical systems operate in accordance with industry standards and best engineering practices.
About the Study
The project involves a comprehensive arc flash hazard assessment for a medium-voltage electrical network. The study aims to evaluate fault energy levels, determine safe working boundaries, and identify potential risks associated with maintenance and operation of electrical equipment.
Using detailed power system modelling and fault analysis, the study will assess the operating conditions of the network and establish appropriate safety recommendations to support safe maintenance practices and regulatory compliance.
Scope of Work
Development of the electrical network model
Short Circuit Analysis for fault current evaluation
Protective Device Coordination review
Arc Flash Hazard Analysis for 33 kV switchgear and associated equipment
Incident Energy calculation at electrical equipment locations
Arc Flash Boundary determination
Personal Protective Equipment (PPE) category recommendations
Evaluation of protection settings to minimize arc flash energy levels
Engineering recommendations for improving electrical safety and system reliability
Key Outcomes
Comprehensive understanding of arc flash risks across the electrical network
Safer maintenance practices for operations and maintenance teams
Improved personnel protection through PPE category recommendations
Optimized protection system performance to reduce arc flash energy
This award reinforces Power Projects' expertise in electrical safety engineering, arc flash hazard analysis, protection studies, and advanced power system simulation for industrial and utility applications.