Saturn Pyro provides specialist ETAP Power System Studies for industrial, commercial, infrastructure and critical facilities. ETAP is an advanced electrical power system analysis software used to model, simulate and evaluate real electrical networks. It helps engineers study load flow, short-circuit levels, protection coordination, equipment loading and arc flash hazards before problems occur on site. ETAP is used to create a digital model of an electrical distribution network. The model allows engineers to test normal operation, fault conditions, protection response and arc flash exposure in a controlled engineering environment. Instead of relying only on drawings or assumptions, ETAP helps validate how the system actually behaves under different loading and fault scenarios. Drawings, equipment data, settings and site information. Build or update the ETAP electrical network model. Run load flow, fault, coordination and arc flash studies. Identify risks, rating concerns and improvement areas. Deliver reports, recommendations, diagrams and labels. ETAP Power System Studies and Arc Flash Analysis Saturn Pyro helps factories, infrastructure sites, utilities, commercial buildings and data centres build safer and more reliable electrical systems through professional ETAP Power System Studies.
ETAP Power System Studies
Know Your Electrical System Before It Fails.
ETAP-based engineering analysis for safer, more reliable and better-coordinated power systems.
Accurate modelling. Clear findings. Practical electrical safety recommendations.
What Is ETAP?
Digital Model → Simulation → Risk Identification → Corrective Action → Safer Operation
Why It Matters
Electrical Systems Change New loads, ageing equipment, setting changes and outdated drawings can create hidden risks.
Faults Must Be Controlled Short-circuit levels and protection behaviour must be understood before a real fault happens.
Safety Depends on Evidence Arc flash risk, PPE requirements and working boundaries should be based on proper calculations.
Core ETAP Study Modules
Load Flow Study Voltage profile, transformer loading, cable loading, feeder loading, power factor and operating condition review.
Short-Circuit Study Fault current calculation to verify switchgear interrupting capacity, withstand rating and fault duty.
Protection Coordination Protection setting review to improve selectivity, reduce nuisance tripping and isolate faults correctly.
Arc Flash Hazard Analysis Incident energy, arc flash boundary and PPE recommendations for safer electrical work.
Equipment Rating Review Validation of transformers, cables, switchgear and protective devices against actual system conditions.
Engineering Recommendations Clear findings, improvement actions, labels, diagrams and practical engineering reports.
What We Deliver
Single Line Diagram review ETAP system modelling Load flow study Short-circuit analysis Protection coordination Arc flash analysis Incident energy calculation Arc flash boundary PPE recommendation Arc flash labels Equipment rating validation Load profile assessment Engineering report Practical recommendations
Key Benefits
Improve electrical safety Reduce arc flash risk Improve reliability Reduce nuisance tripping Validate equipment loading Support expansion planning Improve documentation Support audit / insurance review
When It Is Needed
New installation Major upgrade Additional loads Frequent tripping Protection setting review Outdated SLD Missing arc flash labels Fault level uncertainty Safety programme improvement
Our Engineering Approach
1
Collect
2
Model
3
Analyse
4
Review
5
Report
Who Should Consider an ETAP Study?
Manufacturing plants Food & beverage facilities Chemical plants Oil & gas facilities Palm oil mills Cement plants Electronics factories Water facilities Airports Data centres Hospitals Large buildings Campuses Critical infrastructure
ETAP Study Visual
Power System Confidence Starts with Accurate Modelling
ETAP Power System Studies | Arc Flash Analysis | Protection Coordination
Malaysia
