01 The Problem
The Risk
Conventional probes cannot monitor multiple capacitors simultaneously.
Detection Gap
A single overheating cell can trigger cascading explosions, causing plant-wide blackout and fire.
High-Voltage Capacitor Bank & Battery Array Continuous Thermal Monitoring
Conventional probes cannot monitor multiple capacitors simultaneously.
02 The OctosX Solution
Sensor & Edge
Each capacitor receives a Thermalpas M-TYPE patch; a 6-channel controller streams data via RS485 → MQTT to OctosX Cloud.
Cloud Logic & Alerting
Threshold breach triggers real-time LINE/Email alert; trend analytics identify early-stage degradation.
03 The Outcome
Field Detection
After deployment, an engineer received an OctosX early alert when capacitor T3 rose to 78°C (threshold 85°C).
Quantified Impact
Scheduled maintenance revealed degraded insulating oil; replacement cost NT$ 25,000 prevented a potential NT$ 3M+ plant-wide outage and fire incident.
See it in your plant
Could this case be your plant?
Tell us about your facility — busbars, motors, panels, coal blowers, chillers, whatever your highest-risk thermal interface is — and we'll show you what an OctosX deployment would look like.