• Recording and mapping of surface temperatures
• Detection of thermal losses and thermal anomalies
• Measurement of heat flux and thermal transmittance (U-value)
• Evaluation of thermal conductivity and thermal behavior of building materials
• Support of building energy performance and thermal comfort studies
Description
• Integrated monitoring of environmental and energy parameters in smart buildings,
• Automation and real-time data acquisition,
• Communication between sensors and building management systems (BMS),
• Monitoring of human activity and physiological indicators (e.g., heart rate, physical activity, GPS),
• Support for applications in smart buildings, smart cities, and human-centered monitoring
• Measurement of the optical properties of materials (reflectance, absorbance, transmittance),
• Evaluation of solar performance and albedo of materials,
• Simulation of environmental stress, UV radiation, and artificial aging,
• Precise electrical measurements and testing of sensors or thermoelectric devices,
• Preparation and support of sensitive laboratory analyses.
