GS / ENGINEERING

Power system engineering

Explore the key design decisions from capacity planning to integration, controls, and site readiness.

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Power system design workbench with generator, switchgear and engineering drawings
01 / ENGINEERING

Generator Sizing

Select generator capacity from the load profile, starting demand, and site conditions.

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02 / ENGINEERING

Synchronization

Match voltage, frequency, and phase before safely connecting generators to a common bus.

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03 / ENGINEERING

Load Sharing

Distribute active and reactive power across parallel generators for stable operation.

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04 / ENGINEERING

ATS / AMF

Automatically transfer loads and start generation when utility power fails or falls outside limits.

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05 / ENGINEERING

LV / MV Power Systems

Integrate generation with low- or medium-voltage distribution and site protection.

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06 / ENGINEERING

SCADA Integration

Bring power-generation measurements, alarms, and commands into central supervision.

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07 / ENGINEERING

Remote Monitoring

Track generator status, alarms, and operating trends without permanent on-site presence.

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08 / ENGINEERING

Hybrid Power

Coordinate generators with storage and renewable sources to power a site.

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09 / ENGINEERING

Acoustic, Ventilation & Fuel Systems

Design generator installations around noise, airflow, and fuel supply.

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