Our Services
Check Out Our Thermography Services Apart from Water Leakage Detection.
Water Leak Detection
Water leak detection is the process of identifying and locating sources of water leaks in buildings or infrastructure to prevent water damage, conserve water resources, and ensure the integrity of structures. The procedure can be summarized in four points:
Inspection: We Conduct a visual inspection of the property to check for any visible signs of water leaks, such as water stains, damp spots, or mold growth. Look for areas where water could potentially accumulate, such as near plumbing fixtures, appliances, or in basements.
Water Meter Monitoring: Turn off all water-using appliances and fixtures in the building and monitor the water meter for any changes. If the meter continues to record water usage despite everything being turned off, it could indicate an active water leak.
Use thermal cameras : We use thermal imaging cameras, to pinpoint hidden or underground leaks. Thermal imaging cameras can identify temperature differences caused by water leaks.
Repair Advice: Once the water leaks are identified and located, we suggest appropriate actions to repair the leaks promptly with a thermography report.
Solar Panel Inspection by Thermal Imaging
Thermal imaging inspections of solar panels can help identify underperforming or damaged areas that may be impacting the overall efficiency of the system. By addressing these issues promptly, the performance and output of the solar array can be optimized, ensuring maximum energy generation and return on investment
Preparation: Ensure that the solar panels have been exposed to sunlight for a few hours to reach their operating temperature.
Thermal imaging capture: Use a high-resolution thermal imaging camera to capture individual and array-wide thermal images of the solar panels, focusing on temperature differences and anomalies.
Analysis: Analyze the captured thermal images to identify hotspots, temperature variations, or anomalies that could indicate issues such as malfunctioning cells, damaged modules, or wiring problems.
Reporting and action: Document the findings in a report, including the locations and severity of identified anomalies. Based on the inspection results, appropriate actions can be taken, such as repairing or replacing faulty components or panels.
Electric Inspection by Thermal Imaging
Electrical inspections with thermal imaging can help detect problems at an early stage, preventing potential failures, electrical fires, or equipment damage. By identifying and resolving issues promptly, electrical systems can operate more safely, efficiently, and reliably. Regular electrical inspections using thermal imaging are particularly beneficial for preventive maintenance programs in commercial, industrial, and residential settings.
Safety precautions: Prioritize safety by wearing appropriate personal protective equipment (PPE) and being trained in electrical safety procedures.
Thermal imaging capture: Use a thermal imaging camera to capture images of electrical components and connections, focusing on areas where excessive heat may be present.
Analysis: Analyze the captured thermal images to identify temperature anomalies or hotspots that could indicate loose connections, overloaded circuits, or faulty components.
Reporting and action: Document the findings in a report, including the locations and severity of identified issues. Qualified electricians or maintenance personnel can then investigate further and take appropriate corrective actions to address the electrical problems.
Air Leakage Thermal Detection
By using thermal imaging to detect air leakage, building owners and energy auditors can pinpoint problem areas that contribute to energy loss and reduce the overall energy efficiency of a structure. Taking action to seal these air leaks can help improve energy efficiency, reduce utility costs, and enhance occupant comfort.
Preparation: Ensure that the building is in a stable condition by closing all doors, windows, and other openings that could affect the results. The HVAC system should be running to create a temperature differential between the indoor and outdoor environments.
Thermal imaging capture: Use a thermal imaging camera to capture infrared images of the building envelope, focusing on areas such as doors, windows, and walls where air leakage may occur.
Analysis: Analyze the captured thermal images to identify temperature differences between the inside and outside of the building, which indicate potential air leakage points. Areas with notable temperature variations suggest areas of air infiltration or exfiltration.
Reporting and action: Document the findings in a report, including the locations of identified air leakage areas. This information can be used to prioritize and plan remedial measures such as sealing gaps, improving insulation, or addressing issues with doors and windows.
Address List
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301, Vaibhav Vikas
Near Lodha Aristo
Majiwada, Thane - Flat 310, Yashwin Society, Vibgyor School Road, Sus Road, Baner
- +91 8976613221
- [email protected]
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