Thermal Imaging Surveys

At Wilson Power and Energy, we provide professional thermal imaging surveys to detect electrical faults, overheating components, and potential points of failure before they cause costly downtime.
Using advanced infrared technology, we identify temperature anomalies that aren’t visible to the naked eye — ensuring safer, more reliable system performance.

Predictive Maintenance & Fault Prevention

Thermal imaging allows early detection of loose connections, overloaded circuits, or deteriorating components within electrical systems. This non-intrusive method helps prevent unplanned outages and fire hazards.

Our surveys include:
• Infrared inspection of distribution boards, switchgear, and connections
• Identification of overheating components and imbalance
• Image capture and temperature variance analysis
• Comprehensive reporting with prioritised corrective actions

Reporting & Recommendations

We provide detailed thermal images, temperature readings, and annotated reports highlighting areas of concern — supporting insurance, audit, and maintenance documentation.

Why Choose Wilson Power and Energy?

Early Fault Detection – Prevent failures before they occur
Non-Intrusive Inspection – No disruption to live systems
Detailed Reporting – Evidence-based results and actionable recommendations

Get Started Today

Safeguard your electrical assets with expert thermal imaging surveys from Wilson Power and Energy.
Contact our team to arrange an inspection.

 

Request More Information

Please provide your details below and click "Send Enquiry". Fields marked with an asterisk are required.

Our Services

View all services

EV Charging

Commercial EV charge points with installation, service and optional back-office management.

More Details

UPS Design & Build

Design, build and install UPS systems to your specifications and resilience targets.

More Details

Solar PV, Battery Energy Storage & Microgrids

Generate on-site power and reduce costs with PV integrated with storage and smart control.

More Details