Distribution Intelligence

See below the feeder.

VoltBrew turns DTs, LV outgoing feeders, meters and field devices into one operational view for loading, voltage quality, outage state and capacity headroom.

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Platform preview / illustrative interface based on supplied assets.

Why feeder-level visibility breaks down

Traditional systems can show upstream state while LV feeders, transformer loading, neutral current, imbalance and restoration status remain fragmented across meters, GIS, MDMS and field reports.

Phase voltage and current
kW, kVA, PF and frequency
Neutral current and imbalance
Transformer loading and thermal signals

DT + LV architecture

A monitored DT can expand into multiple logical LV feeder channels in the digital twin, with status, telemetry freshness, outage flags and branch-level context kept distinct.

Interactive mini digital twin

DT, LV feeders, DER and BESS in one operational model

Electrical topology

Network energized

Communications

Fresh telemetry

Operator view

Monitoring

Electrical state is not communication state

A transformer may be energized while telemetry is offline, or lose supply while an auxiliary-powered device remains connected. DELSTAT models these as separate operational layers.

Independent topology layers

Electrical state and communication state are different.

Substation

Electrical: energized

Healthy

Feeder

Electrical: energized

Healthy

DT-18

Electrical: energized

Healthy

LV-C

Electrical: outage detected

Fault zone

From telemetry to utility workflows

Events are correlated with topology, upstream feeder state, GIS, MDMS, AMI and ADMS context so control-room teams see incidents instead of scattered alarms.

Outage and restoration events
Probable fault-zone indication
Asset health and headroom
Remote diagnostics and device management

Explore a DT/LV Pilot