Source transitions engineered before they are needed.

Power-continuity architecture coordinates approved utility, generator and essential-load priorities according to the confirmed operating scheme.

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In short

Power-continuity solutions coordinate utility, generator and essential-load priorities to maintain stable operation when normal supply changes or fails.

Continuity architecture

Elins designs control panels and switchboard interfaces for automatic mains failure, multi-DG synchronisation, load sharing and prioritised load shedding. The Power Continuity range also includes a PDU with isolation transformer for sensitive loads.

Protection and control

Over-voltage and under-frequency supervision

Reverse-power and dead-bus logic

Automatic source changeover

Generator sequencing and load sharing

Manual and automatic operating modes

Designed for operational clarity

Clear annunciation, event records, mimic displays and maintainable control wiring help teams understand and operate the system confidently.

Power continuity

Seamless transfer. Clean power.

AMF / DG synchronisation

Seamless changeover between EB and DG supply with zero loss of critical loads.

Multi-DG synchronisation with automatic load sharing for large installations.

Integrated protection: over-voltage, under-frequency, reverse power and dead bus detection.

PDU with isolation transformer

An integrated isolation transformer delivers clean, noise-free power without harmonics to sensitive servers, storage systems and networking equipment.

Electrical isolation helps limit fault propagation, common-mode noise and transient disturbances, supporting system reliability and uptime.

Designed for data centres, server rooms and mission-critical facilities requiring high power quality, equipment protection and operational continuity.

DG synchronisation panels

Emergency support