Building thermography is an inspection technique that uses thermal cameras to identify temperature patterns in structures, helping to detect problems such as air leaks, dampness, defective insulation and electrical faults. This non-invasive technology is essential for optimizing energy efficiency and preventing serious structural damage.
Aerolaser uses high-precision cameras such as the DJI Zenmuse H20T and Zenmuse X5S, tools that capture thermal images with an exceptional level of detail. Thanks to these technologies, it is possible to perform a comprehensive analysis without the need for destructive interventions. From our experience, we have solved critical problems in key infrastructures, identifying hot spots in electrical systems before they lead to serious failures.
How Does Infrared Thermography Work in Buildings?
Principles of thermography in buildings
Infrared thermography measures the thermal radiation emitted by surfaces and translates it into thermal images. These images reveal temperature variations that can indicate anomalies. For example, cooler areas may indicate water infiltration, while hot areas could indicate air leaks or overheating in electrical systems.
Specific benefits of thermography in buildings
This method allows us to detect problems before they become visible to the human eye or cause major damage. In a recently inspected residential building, we were able to identify thermal bridges responsible for increased energy costs and recommend immediate solutions that resulted in significant savings.
At Aerolaser, we use advanced technologies such as the Zenmuse H20T cameras, which combine thermal and optical sensors, and the Zenmuse X5S, ideal for capturing detailed images from complex angles. This allows us to obtain accurate data even in challenging conditions, such as high altitudes or adverse weather.
Applications of Thermography in Building Inspection
Identification of energy losses
One of the most common applications of thermography is to locate areas where energy is lost, such as poorly sealed windows or inadequately insulated walls. This is crucial for improving the energy efficiency of any building.
Moisture and leak detection
Thermal cameras can identify changes in the temperature of surfaces affected by moisture even before visible stains appear. This approach enables quick repairs and prevents major structural damage.
Inspection of electrical systems
Thermography detects hot spots in transformers, electrical panels and other critical components, reducing the risk of failure and improving the safety of installations.
Benefits of Thermographic Inspection for Energy Efficiency
Using thermography in buildings not only solves existing problems, but also optimizes energy performance. By identifying problem areas, it is possible to implement improvements that reduce energy consumption and operating costs. In commercial buildings, this can translate into considerable savings in the long term, in addition to meeting sustainability standards.
Professional Thermographic Inspection Procedure
The process includes pre-planning, capturing thermal images with high-precision equipment such as Zenmuse cameras, and interpreting the results to generate a detailed report. This report is key to making data-driven decisions and prioritizing necessary repairs or adjustments. If you are looking for a company that specializes in thermography services, contact us for more information on how we can help you.
