DGA Interpretation

What This Means for You

• Understand the real condition of your transformer — not just lab numbers
• Avoid unnecessary shutdowns or missed early warnings
• Detect developing faults before they become critical
• Make confident maintenance and operational decisions

From Data to Engineering Insight

Most laboratories provide gas concentrations in ppm. However, a flagged value alone does not answer the key question: Do you need to act now — or can it wait?

We bridge the gap between lab reports and operational decisions by combining:

• DGA results
• Transformer design and configuration
• Loading and operational history
• Asset age and condition

Result: A realistic risk profile — not just a generic diagnosis.

Our Diagnostic Approach

We apply multiple internationally recognized methods to ensure reliable interpretation.

Multi-Method Analysis

• Duval Triangle (1, 4, 5, 7): Identification of fault type — thermal, electrical, partial discharge, arcing.
• Gas Ratios (IEC / Rogers): Evaluation of fault evolution and involvement of solid insulation.
• IEC 60599 & IEEE C57.104: Interpretation aligned with international standards.

What You Receive

Clear, actionable output — not just a report. Each analysis includes:

• Severity Assessment: Classification of the issue — Normal / Stable, Developing, or Critical.
• Root Cause Indication: Identification of the most probable fault type and mechanism.
• Actionable Recommendations: Clear next steps — increase monitoring frequency, perform additional diagnostics, plan inspection during next outage, or immediate action if required.

You get decision support — not just data interpretation.

Why Independent Interpretation Matters

Automated tools and generic lab reports can:

• Trigger false alarms
• Miss slow-developing critical faults
• Ignore design-specific behaviour