Smart Infra · Field application

Streetlight & Electrical Asset Monitoring

Follow circuit-current trends. Flag configured abnormal conditions and give maintenance teams a record to investigate.

Discuss your requirement
On-site deployment / live monitoring
Clamp-type current sensors and monitoring hub installed in an electrical feeder enclosure; equipment labels redacted
On-site clamp-sensor and monitoring-hub installation. Equipment labels redacted.

Operational challenge

A patrol sees the condition now. Current history helps show when it changed, against the circuit’s normal schedule and load.

What we monitor

Current condition

Clamp-type measurements on the monitored circuit or phases.

Power-loss indication

A configured change from the expected operating condition.

Overload indication

Current exceeding an agreed threshold.

Unusual consumption

Changes reviewed against the expected circuit pattern.

Trend and event history

Records to support investigation and maintenance decisions.

Blue clamp-type current sensor with equipment lettering redacted
Sensor reference: a clamp surrounds the conductor. Installation must suit the electrical asset.

See how the sensing fits

A clamp-type sensor measures current at the selected circuit. The sensor and monitoring hub support current trends, device health and configured alerts.

How the system works

Bench demonstration of a clamp current sensor, test loads and wireless monitoring hub; labels redacted
Bench demonstration: clamp sensor, test loads and monitoring hub. This photograph shows the setup, not a quantified accuracy result.

  1. Field sensing

    Measure current with clamp-type sensors.

  2. Wireless reporting

    Transmit readings through the monitoring hub.

  3. Monitoring platform

    Review live trends and historical records.

  4. Alert & response

    Flag configured abnormal conditions.

  5. Operational verification

    Investigate the circuit and confirm the cause.

Field validation

On-site deployment / live monitoring
On-siteInstalled configuration
Current trendsLive dashboard monitoring
Circuit-specificThresholds agreed for the load
  • On-site installation: Photographs show feeder sensors and the monitoring hub.
  • Live records: Dashboard evidence shows current and power conditions.
  • Bench demonstration: Supplied photographs show clamp sensing, test loads and wireless hardware.

The evidence supports on-site deployment and live monitoring. Outage-prevention rates, savings and long-term diagnostic performance have not been established.

Engineering and reliability considerations

Baseline normal operation

Switching and load changes affect readings; use the expected circuit pattern.

Investigate the cause

A current change is an operational signal, not a confirmed diagnosis.

Agree thresholds and response

Match alert conditions to the circuit and maintenance procedure.

Technical highlights

Review the documented configuration and its deployment limits.

View specifications and configuration notes
  • Non-intrusive clamp-type current sensing.
  • Three-phase monitoring where applicable to the installation.
  • Documented 20 A sensing range, with a 100 A option.
  • Configurable alert thresholds and dashboard trend history.
  • Wireless mobile-network reporting from the monitoring hub.
  • Documented compact configuration with a replaceable battery and IP65 enclosure specification.

The sensing range and final configuration should be matched to the circuit during pilot planning.

Deployment process

  1. Survey & install

    Match the feeder and sensing range.

  2. Register & baseline

    Record phases and operating periods.

  3. Controlled test

    Check agreed load changes.

  4. Tune & verify

    Confirm thresholds and alert delivery.

  5. Report & scale

    Review evidence before adding circuits.

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Discuss Your Monitoring Requirement

Tell us the electrical asset, circuit arrangement and abnormal condition you need to detect. We can propose a practical pilot configuration.

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