TESSA® APM Oil
Simplify the oil analysis of your transformers
An aging transformer fleet combined with long delivery times requires electrical network operators to understand the exact condition of their assets in order to initiate life-extending measures in time.
Oil analysis is a reliable and widely used method to check the condition of transformers. During the regular analyses, a lot of measured values accumulate, which have to be archived sustainably and processed in a comprehensible way.
TESSA® APM Oil supports you in this process and stores the laboratory sample data in a structured way, performs the analysis and provides actionable insight according to industry standards automatically. Our digital solution displays the condition of your asset fleet down to the individual measured values in a clear and comprehensible way. This enables you to make the right decisions for your transformers.
Your Advantages at a Glance
-
Transparent and clear assessment
according to industry standards (e.g. IEEE C57.104, IEC 60422, IEC 60599, Cigre TB 761).
-
Extension of the asset life cycle and improvement of operational reliability
through early detection of deviations.
-
Better basis for decision making
based on comprehensible analyses.
-
Major time savings
through process automation (data integration, visualization, assessment, analysis and interpretation).
Product Information
1. Data integration
- Optimized input mask and automated data import for fast data integration
2. Visualization
- Graphical and tabular trend view for your entire transformer fleet
3. Assessment
- Automated evaluation according to IEEE, IEC and Cigre TB standards
4. Analysis
- Identification of fault causes using Duval Triangle and Pentagon
5. Interpretation
- Status and recommended action on gas-in-oil values
Select language
1. Data integration
- Optimized input mask and automated data import for fast data integration
2. Visualization
- Graphical and tabular trend view for your entire transformer fleet
3. Assessment
- Automated evaluation according to IEEE, IEC and Cigre TB standards
4. Analysis
- Identification of fault causes using Duval Triangle and Pentagon
5. Interpretation
- Status and recommended action on gas-in-oil values
Select language
