Use Case · Large Power Transformers
TrueLPT

Monitoring the transformer's thermal pulse — continuously.

Large Power Transformers are the backbone of the power system. TrueLPT provides continuous 360° thermal coverage, surfacing hidden faults months before they become outages.

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$600K+
saved per predicted event
3D thermographic transformer view
The Problem

Transformer failures are rare but catastrophic — don't leave it to chance.

Grid operators, data centres, power plants, refineries and mining operations all depend on transformer uptime. When a large power transformer fails, the costs can run into the tens — even hundreds — of millions of dollars in lost production, emergency replacement and extended downtime.

Replacement lead times now stretch 36–48 months, and a single AI data centre outage can exceed $100M in lost revenue and stranded capacity. Failures develop as subtle, localised heat signatures over months that conventional sensors miss — by the time alarms trigger, the damage is already done.

The TrueLPT Difference

Predictive maintenance, finally feasible.

Unique Thermal Cycle Analytics

We characterise each transformer's normal hourly, weekly and seasonal thermal cycles — making true anomalies statistically obvious.

Touchless Monitoring

Camera arrays observe externally — no insertion of probes, no compromise to insulation systems or warranties.

No De-energisation Required

Deploy and commission while the asset stays in service. Zero outage cost to gain visibility.

No Modification to Transformer

Works with your existing fleet, regardless of vintage or manufacturer — retrofitting an entire substation in days.