Engineering-grade simulation for design, protection and safety compliance across industrial electrical systems.
Before you build or change an electrical system, a power system study tells you whether it will hold up. Load flow, short circuit, protection coordination and arc flash simulations confirm the design is safe and correctly protected, so problems get caught on paper rather than in the field. We reference IEEE 1584, IEC 60909, and NFPA 70E throughout.
From new-build load flow through to arc flash labelling on an existing installation, each study is delivered as a defensible, standards-referenced technical report your team and your regulator can act on.
Steady-state voltage and loading analysis across the network to validate equipment sizing, cable loading and voltage drop before or after a facility change.
Fault current calculation at every bus to verify switchgear, breaker and busbar withstand ratings remain adequate as the system evolves.
Time-current coordination across the protection scheme to ensure faults are cleared selectively — minimising outage extent without compromising safety.
Incident energy calculation and PPE category labelling per IEEE 1584, giving your maintenance team a defensible basis for safe working procedures.
Voltage dip and torque analysis during motor start — critical for large motors on weak buses or where multiple large motors may start together.
Dynamic response modelling for facilities with captive generation, large synchronous motors, or grid-interactive generation — confirming the system rides through disturbances.
Tell us which offer fits your facility, or describe the problem you're seeing — we'll recommend the right scope.
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