Overview

We understand the increasing challenges facing the UK energy industry. Ageing assets are being driven to work harder as the network evolves, while asset managers are constrained by limited resources and reduced maintenance budgets. Transformers are critical assets in the energy industry, When transformers fail prematurely, damages can far exceed the cost of a replacement and additional expenses may include the loss of production time and regulatory fines.

TOTUS TTM is the only unit to integrate DGA, Partial Discharge (PD), Bushing Monitoring (BM), Through Fault Currents (TFC) and Transformer Analytics into a single system. The result - a comprehensive, granular picture of power transformer health that allows asset managers to optimise maintenance strategies while maintaining visibility of asset health.

Totus G9

At Energy Innovation Summit 2024 and want to find out more?

Schedule a meeting
With market-leading specifications, TOTUS was the worlds first total transformer monitor to combine DGA, Partial Discharge (PD), Bushing Monitoring (BM), Through Fault Currents (TFC) and Transformer Analytics into a single system.

Meeting the challenge with TOTUS transformer monitoring

Only by monitoring all components on transformer can an accurate picture of transformer health be determined.

Transformer Monitoring Solutions

Over 80% of transformer failures can be attributed to three key areas Windings, Bushings and OLTC. The TOTUS transformer monitoring solution, monitors all key components on the transformer, giving a full picture of transformer health.

Main tank

Main Tank

TOTUS monitors and correlates all key components in the main tank including DGA, Partial Discharge, High Energy Events & Through Fault Current.

Learn More

Bushing adaptor

Bushings

TOTUS uses integrated intelligence and analytics to provide reliable and intuitive information to asset managers about bushing health.

Learn More

Tap Changer

Tap Changer

TOTUS can monitor and integrate key parameters such as tap position, motor current and temperatures to highlight deviations over time.

Learn More