Project 28 · Industrial IoT / Analytics

Real-Time Electrical Fault Analytics Platform

Streaming Analytics with Per-Asset Learned Thresholds

Industry
Industrial IoT / Analytics
Services
Data Engineering Analytics Visualization
TRL
3 → 8
Duration
7 months
Technologies
Time-series DB streaming analytics anomaly detection
Streaming analytics pipeline
Figure 1 — 5-stage streaming pipeline (ingest to alert).
Anomaly detection chart
Figure 2 — Live anomaly detection with learned envelope.
Per-asset threshold rollup
Figure 3 — Per-asset threshold rollup + before/after volume.
Real-world Real-Time Electrical Fault Analytics Platform installation
Figure 4 — Real-world deployment.

Project background

Electrical operators collect enormous telemetry streams but rarely act on them in real time. The client wanted a platform that surfaced actionable fault signals as they emerged, not hours later in a report.

Challenge

Keeping ingest, analytics, and alerting latency low enough for operational use while scaling across hundreds of feeders. Tuning anomaly detection to minimize false positives without missing real events.

Approach & solution

We built a streaming analytics pipeline on a purpose-built time-series store, with anomaly detectors running per feeder and aggregating to substation-level views. Alert thresholds are learned per asset rather than fixed. Operators see both live and historical context for every alert.

Results & benefits

Operations teams now investigate and resolve events in real time rather than after the fact. Alert volume decreased once thresholds were tuned per asset, and missed-event rates dropped in parallel.

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