Ground and aerial spatial thermal imaging
This solution allows for temperature analysis of many elements of engineering infrastructure at once, three-dimensional diagnostics of objects (3D models), very accurate thermal model of e.g. power substation at a known load, visualisation of the tested object in space and the possibility of comparing previous thermal imaging tests.
Thermal imaging testing is used, without limitation, in:
- industrial infrastructure
- gas and district heating infrastructure
- grid infrastructure in the transmission and distribution area
- transport infrastructure and many others where there is a need for temperature analysis
- thermal upgrade of buildings - preparatory analyses and detection of thermal bridges
An added value to standard temperature measurements with IR (infrared) cameras is the presentation of the collected data. Spatial image in the form of a point cloud, acquired by means of laser scanning with LiDAR technology, is coloured in the temperature values of the objects. This makes it possible to obtain 3D objects whose temperature is visible over a large area at one time. On further analysis, this allows the identification of objects with a temperature different from the desired temperature at the site, which may qualify the object for visual inspection and subsequent repair or replacement.
Eltel Networks is one of the first companies in the world to use spatial thermal imaging in its work - previously it was only used by scientists, including at polar stations.
Customer benefits:
- acquisition of temperature data of many objects at once
- high resolution temperature readings
- preventive inspection of electricity infrastructure
- detection of thermal bridges in buildings - spatial reports
- inspection of PV panels for efficiency
Currently, spatial thermal imaging is becoming a tool increasingly used in the power industry. Thanks to its use, you can perform precise diagnostics and supervision of energy infrastructure. Thermal imaging and thermal analysis services allow you to quickly detect hidden problems that may occur in a given installation. As a leader in the power industry in Poland, Eltel Networks provides a number of innovative services that use the huge potential of spatial thermal imaging.
Thermal imaging services - what are they related to?
Spatial thermal imaging technology applies to monitoring and diagnostics of various types of objects and installations. Thermal imaging services offered by Eltel Networks are primarily related to the following areas of activity:
- Power engineering - thermal imaging is widely used in this industry to inspect and monitor electrical installations, transformers, transmission and distribution lines. Thermal imaging allows you to quickly detect problems such as overheating connections or damaged insulation, which could lead to failures and outages in energy supply.
- Construction - in this field, thermal analysis helps to identify thermal insulation defects, detect leaks and thermal bridges. For this reason, it can be widely used to assess the energy efficiency of buildings.
- Industry - in this area, thermal imaging is used to control production processes, monitor machines and detect overvoltage and operational faults. Therefore, it is a great tool that can be widely used for diagnostics of devices and production lines.
Thermal imaging services help improve efficiency, safety and savings in many areas by enabling problems to be quickly identified and appropriate corrective actions taken.
Thermal imaging - Olsztyn and surroundings
Eltel Networks provides its customers with many effective solutions in the energy sector in the field of thermal imaging services. Infrared photos often cover many elements at the same time, e.g. in electrical switchboards. The high reading resolution is maintained. This enables you to find faulty points efficiently. Thermal imaging services also enable preventive inspections of power installations from the air using a drone. This way you can check the condition of distribution stations or photovoltaic farms.
Thermal imaging (Olsztyn) enables effective diagnostics, contributes to savings and increases the reliability of various types of devices. Thanks to it, it is possible to improve the efficiency of energy infrastructure and increase the safety of its users.
