Transformer & energy monitoring
An ageing EHV transformer can carry a developing fault for months before the failure becomes obvious. Hotspot temperature, dissolved gases, oil condition, and electrical load are usually measured in separate routines, leaving operators without one continuous health record.
We specify the field hardware and the software around the same asset model, with one engineering team responsible for the result.
Transformer monitoring RTU / edge gateway
Aggregates transformer signals and sends them to the platform
Online DGA + oil condition sensor
Tracks fault gases associated with developing internal faults
3-phase power quality meter
Ties health to actual electrical loading
What the platform does with all that hardware data.
Live per-transformer twin
Oil, winding, gas, and load measurements share one time-aligned asset view instead of separate quarterly spreadsheets.
Thermal ageing model
IEEE C57.91 loss-of-life calculations use measured hotspot and load data to estimate available loading headroom.
DGA fault intelligence
Duval-triangle classification and gas-trend rules separate an emerging condition from one that needs immediate action.
Regulator-ready reporting
Scheduled health and loading reports use the same traceable history reviewed by utility teams and CEA processes.
Hardware and software, one proposal.
Bring the asset, interfaces, and operating constraint. We will map the likely bill of materials and the first platform workflow.