Thermal Imaging & Diagnostics

Find faults before they cause failures — SSHM's thermal imaging diagnostics detect hidden heat anomalies in solar panels, electrical systems, and inverters, so problems are fixed before they cause downtime or fire risk.

Heat Doesn't Lie

Most electrical and solar faults generate excess heat long before they cause a visible failure — a loose connection, a degrading cell, an overloaded breaker, or a failing inverter component all run hotter than they should. The problem is, you can't see heat with the naked eye.

SSHM's thermal imaging diagnostics use infrared cameras — handheld for close-range electrical inspection, drone-mounted for large solar plants — to reveal these hidden anomalies. Every scan comes with a clear report identifying exactly where the problem is, how serious it is, and what needs attention.

WHAT WE INSPECT

Thermal Diagnostics We Provide

Solar Panel & Module Diagnostics

Detect hotspots, micro-cracks, cell mismatch, and bypass diode failures across residential, commercial, and industrial solar plants.

Inverter & Junction Box Inspection

Identify overheating components, loose terminal connections, and failing internal parts inside inverters and combiner/junction boxes.

Electrical Panel & Switchgear Diagnostics

Scan distribution boards, MCBs, breakers, and switchgear panels for loose connections, overloaded circuits, and imbalanced phases — a common cause of electrical fires.

Cable & Connection Point Inspection

Detect overheating at cable joints, terminations, and connector points before insulation failure or fire risk develops.

String & Array-Level Scanning

For larger plants, scan entire strings and arrays to identify underperforming sections, shading-related hotspots, or wiring faults across rows.

HOW IT WORKS

Our Diagnostic Process

01.

Scope Discussion

We understand what you need scanned — a solar plant, electrical panel, or specific equipment — and whether handheld or drone-based scanning is appropriate.

02.

Thermal Scanning

Our certified thermographer conducts the scan under proper load and environmental conditions, since accurate thermal readings depend on correct scanning conditions.

03.

Image Analysis

Thermal images are analysed against expected temperature baselines to identify genuine anomalies versus normal operating variation.

04.

Diagnostic Report

You receive a report with thermal images, exact fault locations, severity classification (minor/moderate/critical), and recommended corrective action.

05.

Corrective Action Support

If faults are found, our maintenance and repair team can carry out the recommended fixes — from re-terminating a connection to replacing a faulty module.

WHY THERMAL DIAGNOSTICS MATTER

Why This Matters for Your System

  • Prevents Generation Loss — Hotspots and faulty cells in solar plants quietly reduce output for months before anyone notices a problem.
  • Reduces Fire Risk — Overheating connections in electrical panels and switchgear are a leading cause of electrical fires; early detection prevents this.
  • Extends Equipment Life — Catching stress points early prevents them from escalating into full component failures.
  • Avoids Unplanned Downtime — Identifying a failing connection before it fails completely means repairs happen on your schedule, not during an emergency.
  • Supports Warranty & Insurance Claims — Documented thermal evidence helps support claims when equipment fails within a warranty or insurance period.
WHY CHOOSE SSHM

Why Choose SSHM for Thermal Diagnostics

  • Certified Thermographers — Scans are conducted and interpreted by trained personnel who understand what genuine anomalies look like versus normal variation.
  • Right Tool for the Job — Handheld cameras for close electrical inspection, drone-mounted cameras for large-scale solar plant scanning.
  • Actionable Reports — Clear severity ratings and recommendations, not just raw thermal images.
  • Works Across Brands & Vendors — We diagnose systems regardless of who installed them.
  • Connected to Repair & Maintenance — Faults identified can be acted on immediately through our maintenance and AMC teams.
BENEFITS OF THERMAL IMAGING DIAGNOSTICS

What You Gain

Benefit

Details

Early Fault Detection Spot problems before they cause failure, downtime, or fire risk
Non-Invasive Inspection No need to power down systems for most scans
Precise Fault Location Know exactly which panel, connection, or component needs attention
Better Safety Reduce electrical fire risk from undetected overheating
Cost Savings Targeted repairs instead of reactive, large-scale troubleshooting
Documented Evidence Reports useful for maintenance records, warranty, and insurance purposes
Frequently Asked Questions

Frequently Asked Questions

How is Thermal Imaging & Diagnostics different from Drone Inspection & Survey?
Drone Inspection & Survey covers aerial thermal scanning specifically for large solar plants. Thermal Imaging & Diagnostics is broader — it includes handheld scanning for electrical panels, switchgear, and close-range equipment, in addition to solar-specific scans. Many solar plant audits use both together.
Does the equipment need to be powered on during a thermal scan?
Yes, in most cases. Thermal anomalies only show up under normal operating load, so electrical and solar systems are typically scanned while running.
How often should a facility get thermal diagnostics done?
For commercial and industrial electrical systems, an annual scan is generally recommended. Solar plants benefit from scans at least once a year, or more frequently for larger or ageing installations.
Can this detect problems before they cause a breakdown?
Yes — that's the core value of thermal diagnostics. It identifies components running hotter than normal, which typically indicates developing faults well before they cause a complete failure.
Is thermal imaging useful for fire safety, not just solar performance?
Yes. Loose electrical connections and overloaded circuits are common causes of electrical fires, and thermal scanning of panels and switchgear is a recognised way to catch these risks early.
What do I receive after a diagnostic scan?
A report with thermal images, exact fault locations, a severity rating for each finding, and recommended corrective actions.
Can SSHM fix the faults found during diagnostics?
Yes. Our maintenance and repair teams can act directly on the findings, whether it's re-terminating a connection, replacing a component, or scheduling module replacement.
Do you inspect systems installed by other companies?
Yes, our thermal diagnostic services are available regardless of who originally installed the solar plant or electrical system.

Catch the Problem Before It Costs You

Book a thermal imaging diagnostic and get a clear, evidence-based report on your system's health.