Thermography Audit Services | Bigeta Energy Solution

Thermography

Infrared thermography is one of the most effective predictive maintenance tools used to detect abnormal heat patterns in electrical, mechanical, and process systems before they turn into failures. In industrial plants, commercial buildings, utilities, and infrastructure assets, heat is often the first visible sign of deterioration. Loose electrical terminations, overloaded circuits, failing bearings, insulation breakdown, refractory loss, and hidden thermal leakage all generate abnormal temperature signatures long before equipment fails. Bigeta Energy Solutions delivers professional Infrared Thermography Services across India to help organisations identify hidden defects, prevent equipment failures, improve safety, and optimise reliability.

Using calibrated thermal imaging instruments and certified inspection methodology, we convert invisible heat signatures into actionable maintenance intelligence. Our thermography assessments support predictive maintenance, electrical safety, reliability engineering, and energy efficiency programmes across diverse industries. A single undetected hotspot in a switchboard, transformer, bearing, or process line can escalate into a costly shutdown, fire incident, or asset failure. Infrared thermography enables early detection without shutdown, dismantling, or contact with live systems making

What Is Infrared Thermography?

Infrared thermography is a non-contact diagnostic technique that uses thermal imaging cameras to detect infrared radiation emitted by equipment and surfaces. Every object above absolute zero emits infrared energy. A thermal camera captures this radiation and converts it into a visual temperature map, allowing engineers to identify abnormal heat patterns that indicate deterioration, inefficiency, or failure risk. Unlike conventional inspections, thermography detects problems that are invisible to the naked eye. It allows maintenance teams to identify electrical hotspots, overloaded conductors, insulation failure, steam leakage, refractory deterioration, mechanical friction, and hidden heat loss while equipment remains energised and operating under load. This makes thermography ideal for predictive maintenance, reliability engineering, energy audits, and safety inspections.

What Our Thermography Inspection Covers ?

Our thermography inspections are structured across five major application areas to ensure complete thermal condition assessment of critical assets.

Electrical Systems & Panels: Inspection of PCCs, MCCs, switchboards, LT/HT panels, transformers, bus ducts, cable joints, breakers, relays, capacitors, and distribution boards to identify loose connections, phase imbalance, overloads, harmonic heating, contact resistance rise, and fire-prone hotspots.
Mechanical Systems & Rotating Equipment: Thermal inspection of motors, bearings, couplings, pumps, compressors, fans, blowers, gearboxes, and conveyors to detect friction, lubrication issues, shaft misalignment, excessive load, and component wear.
Process & Thermal Systems: Inspection of boilers, furnaces, steam lines, heat exchangers, kilns, refractory linings, insulated pipelines, valves, and ducts to detect thermal leakage, refractory damage, insulation degradation, steam trap failures, and process heat loss.
Building & Utility Systems: Thermal imaging of HVAC systems, chilled water lines, ducts, building envelopes, roofs, insulation, water ingress zones, and utility systems to identify energy losses, thermal bridging, and moisture- related defects.
Solar PV Thermography: Inspection of solar PV modules, string combiner boxes, connectors, junction boxes, inverters, and cable terminations to identify hotspot cells, bypass diode failures, connector overheating, and underperforming strings.

Standards & References We Apply

Key Benefits of a Bigeta Thermography Assessment

Prevent Failures Before They Occur

Identify abnormal heat patterns early and correct defects before they result in breakdowns, production losses, or catastrophic failures.

Improve Electrical Safety

Detect loose connections, overloaded circuits, and fire-prone hotspots in live electrical systems before they escalate into arc flash or fire incidents.

Reduce Downtime

Thermography enables non-intrusive inspection under operating conditions allowing issues to be identified without shutdown and maintenance to be planned proactively.

Lower Maintenance Cost

Shift from reactive maintenance to predictive maintenance by identifying developing faults before secondary damage occurs.

Improve Energy Efficiency

Identify insulation losses, thermal leakage, HVAC inefficiencies, and process heat losses to reduce avoidable energy consumption.

Support Reliability & Compliance

Thermography supports reliability centred maintenance programmes and helps maintain compliance with electrical safety and asset integrity practices.

Frequently Asked Questions — Infrared Thermography

Why is thermography important for electrical systems?

Electrical defects often develop as heat before failure. Thermography detects loose connections, overloads, phase imbalance, and deteriorating contacts early reducing fire and shutdown risk.

Can thermography be performed without shutdown?

Yes. Thermography is a non-contact inspection performed while equipment is energised and operating, making it ideal for live system diagnostics.

What defects can thermography detect in motors and bearings?

Thermography detects overheating caused by friction, lubrication failure, shaft misalignment, overload, winding imbalance, and mechanical deterioration.

Is thermography useful for energy audits?

Yes. Thermography identifies thermal losses in insulation, steam systems, HVAC, ducts, and process equipment making it highly effective for energy efficiency assessments.

Do you provide a thermography report?

Yes. Bigeta provides detailed reports with thermal images, visual images, temperature differentials, severity classification, probable cause, and corrective recommendations.