Infrared thermal imaging technology is a technology that detects the surface temperature of an object through infrared thermal radiation. It is widely used in the fields of electricity, construction, security, breeding, etc. In addition to these, it is also widely used in the field of surveying and mapping. The application of infrared thermal imaging technology in the field of surveying and mapping is mainly reflected in its unique temperature measurement and imaging capabilities.
1.Infrared thermal imaging building thermal effect detection
Infrared thermal imaging technology can be used to evaluate the energy efficiency of buildings and detect heat leaks. For example, when testing the thermal insulation and air tightness of a house, by scanning the temperature distribution on the surface of the building, the location of heat loss can be found, thereby improving the energy efficiency of the building and achieving energy conservation and emission reduction.
2.Infrared thermal imaging geological detection
In geological mapping, infrared thermal imaging technology can detect the difference in thermal radiation on the surface of the earth, and then analyze the geological structure and distribution of mineral resources. For example, by measuring the difference in surface temperature, potential areas of geothermal resources can be identified, providing important reference information for the development of geothermal energy.
3.Infrared thermal imaging terrain and surface temperature detection
By measuring the temperature distribution on the terrain surface, a high-resolution terrain thermal map can be generated, which is convenient for staff to inspect and analyze the terrain environment. Measuring ground temperature is of great significance to climate change, geological research, ecological and environmental protection and other fields.
4.Infrared thermal imaging environmental monitoring
Integrating infrared core modules into unmanned systems can be used for environmental monitoring of large areas of land, forests, lakes, etc., for example, it can effectively prevent forest fires. It can also be used to monitor environmental issues such as urban heat island effects and heat energy emitted by industrial waste, making important contributions to environmental protection and governance.
5.Infrared thermal imaging power inspection
Infrared thermal imaging can inspect power equipment at long distances and over a large area, display temperature data in real time, help detect problems in a timely manner and prevent them in advance, greatly improving the efficiency of staff and facilitating the safe operation of the power system.