Continuous cable-route risk
Long, obstructed cable trenches and trays are difficult to cover with point detectors alone.
Power & Energy
Combine linear heat detection, distributed fiber optic sensing, image verification and platform linkage around overheating and fire-spread risks in electrical infrastructure.
Scenario Risks
Power environments need continuous coverage along cable paths while preserving clear alarm location and site verification.
Long, obstructed cable trenches and trays are difficult to cover with point detectors alone.
Transformers, switchgear and connections may develop local anomalies that benefit from earlier trend awareness.
In concealed spaces, efficient location and verification directly affect the response that follows.
Project Objectives
Create continuous sensing, zoned location and visual verification without unnecessary complexity.
Recommended Capabilities
The final mix depends on protected assets, coverage distance, environmental conditions and linkage requirements.
Contact-based continuous temperature monitoring for cable trays and transformers.
Long-range continuous temperature sensing and event location.
Associate critical locations with visible and thermal views.
Unify device status, alarms, locations and response records.
Solution Architecture
Field sensing connects through alarm control to the platform, where locations and video support operator response.
Solution Value
Continuously observe temperature changes along routes and equipment.
Connect alarms to assets, protected areas and site imagery.
Reduce information gaps between sensing, alarms and video.
Keep alarm, confirmation and response records for review.
Solution Enquiry
Share the application, protected assets, coverage and existing systems for a more focused discussion.