Expert guidance on thermographic inspection, fire prevention, insurance compliance, and infrared technology — written by qualified thermographers.
Enisave Solutions publishes practical, expert-written articles covering thermographic inspection techniques, electrical fire prevention, insurance requirements, and industry developments across South Africa. All content is written by our qualified, ITC-certified thermographers with direct field experience.
Solar-related incidents now account for roughly one in four SA structural fires attended by Fire Force. What thermographic inspection can — and cannot — detect in PV and battery storage systems.
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A practical guide to the thermal anomalies, electrical faults, and mechanical defects that infrared surveys identify — and why they matter before they become failures.
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Insurance underwriters across South Africa are tightening their requirements. Here is what is driving the change, what they expect, and how to stay compliant at renewal.
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Fire was the number one business risk in South Africa in 2025. Most incidents link directly to electrical faults and aged infrastructure. Here is what facility managers need to know.
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Your thermographer has delivered a report. Here is how to interpret the severity classifications, ΔT values, thermal images, and recommended actions — and what to do next.
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Both disciplines use the same technology but serve very different purposes. Understanding the difference helps you schedule the right survey for the right asset.
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Not all thermographers are equal in the eyes of your insurer. Here is what Santam's Preferred Supplier designation means, why it matters, and how it affects your policy and claims.
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Electrical fires are a leading cause of major commercial losses in South Africa. Here is why Santam, Hollard, and Bryte are formalising thermographic survey requirements — and what compliance looks like.
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Phase imbalance drives motor overheating, reduced equipment life, and fire risk — but produces no visible symptom until failure is imminent. How thermography detects and classifies it.
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Bearing degradation follows a predictable thermal signature detectable weeks before catastrophic failure. How thermography identifies Stage 2–3 bearing deterioration and enables planned replacement.
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PUF, PIR, and EPS panel insulation failure is invisible from the exterior until structural damage forces the issue. How thermography and moisture metering identify compromised panels non-invasively.
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