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Keeping Transformers Alive and Cities Alight

Continuous dissolved gas analysis for grid infrastructure

Fast Sense enables continuous molecular monitoring inside transformers, helping utilities detect early fault signatures before they escalate into catastrophic failures.

Transformer Monitoring Points

Related solutions

Enabling Smarter Grid Infrastructure

Transformer failures rarely happen without warning. Before insulation breakdown, overheating, or electrical faults occur, transformers release trace gases dissolved in insulating oil. By transforming dissolved gas signals into actionable intelligence, utilities can improve grid reliability, transformer lifetime, and maintenance planning.

Utility Power Transformers

Monitor critical substation transformers to detect early-stage electrical or thermal faults.

Distributed Grid Transformers

Enable monitoring of distribution transformers across urban and industrial grids.

Renewable Grid Integration

Monitor transformers connected to solar and wind infrastructure.

Predictive Maintenance Programs

Use continuous gas monitoring to prioritize inspections and maintenance scheduling.

Asset Lifecycle Management

Extend transformer lifetime by detecting degradation patterns early.

Fleet-Wide Monitoring

Deploy sensors across transformer fleets for centralised visibility into grid health.

Why It Matters

Transformer Failures Cause Widespread Grid Outages

A single transformer failure can leave thousands without power for weeks. Continuous dissolved gas monitoring enables early intervention before catastrophic failure.

Periodic Oil Sampling Misses Critical Fault Windows

Traditional DGA relies on monthly or quarterly oil sampling — missing rapid fault development that occurs between sampling intervals.

How the System Works

Nanomaterial-based sensing for real-time refinery gas analysis.

Fast Sense sensors monitor trace gases dissolved in transformer oil, capturing molecular signatures associated with transformer faults. Selective sensing layers isolate key fault gases while rejecting interfering compounds.

Sensor data is transmitted to monitoring platforms and utility dashboards, where operators can detect trends, identify anomalies, and prioritize maintenance actions across transformer fleets.

Product Benefits

Continuous dissolved gas intelligence for grid protection.

Early Fault Detection

Detect molecular signals of transformer degradation before visible failure occurs.

Continuous Monitoring

Move beyond periodic oil sampling with real-time dissolved gas monitoring.

Protect Critical Grid Infrastructure

Identify overheating, insulation degradation, and electrical discharge events early.

Distributed Monitoring at Scale

Monitor across fleets of transformers — from large substations to distributed grid assets.

Reduce Downtime & Costs

Shift from reactive maintenance to predictive asset management.

Long Service Life

10+ years designed to match or exceed the operational lifetime of most battery systems.

Case Studies

CASE-A

Substation Transformer Monitoring

Continuous dissolved gas analysis on utility power transformers to detect early-stage thermal and electrical faults before they escalate into outages.

CASE-B

Fleet-Wide DGA Deployment

Distributed sensor deployment across a fleet of distribution transformers for centralised monitoring and predictive maintenance prioritisation.

Explore Transformer Monitoring

Continuous dissolved gas analysis for grid infrastructure protection.

Fast Sense Technical Bulletin

Sensor performance data, application insights, industry news, and product updates.

Sales enquiries — Fast Sense

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