Abstract:
Thermal Scanning of indoor Environments is crucial for System Optimization, Energy efficiency
and Human comfort. Utilizing thermal maps generated through a thermal scanning system allows
for the Identification of Temperature variations, design enhancement, anomalies detection and
HVAC system optimization. This data-driven approach supports cost-effective energy
conservation and helps contribute to regulatory compliance, health and safety standards in indoor
environments. The developed scanning system integrates development components to provide a
comprehensive solution for diverse applications within confined spaces. The thermal mapping
system incorporates multimodule system, prominent components that record/capture data are
Thermal camera, pi/web camera and a proximity/distance sensor. The system is equipped with real
time and offline data processing capabilities, mainly Image Processing, object detection and data
generation. Key features of the system include its adaptability to various indoor settings, enabling
to extract temperature measurements, object detection, distance measurement and detection of
thermal signature. The system's design facilitates rapid and accurate detection of anomalies, such
as hotspots or cold zones, contributing to enhanced safety and efficiency in indoor environments.
Thermal imaging system's versatility extends to its compatibility with multiple platforms,
including handheld devices, drones, and fixed installations, ensuring flexibility in deployment.
utilize the system for applications ranging from building diagnostics and energy efficiency
assessments to fire prevention and security monitoring. In conclusion, the developed thermal
imaging system represents a significant advancement in indoor environmental scanning
technology. Its versatility, efficiency and ease of use make it an invaluable tool for professionals
across various industries, promoting enhanced safety, efficiency, and data-driven decision-making
in indoor spaces.
