Occupancy Sensing: Understanding Space Utilization
Learn how occupancy sensors drive intelligent building automation, optimizing energy use and occupant comfort through real-time space data
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Section 3 of 5Occupancy sensing represents the foundation of intelligent building automation. By understanding when and how spaces are used, buildings can dynamically adjust lighting, HVAC, and other systems to match actual demand rather than operating on fixed schedules. This data-driven approach can reduce energy consumption by 20-50% while improving occupant comfort and productivity.
Modern occupancy sensors combine multiple technologies including passive infrared (PIR), ultrasonic, and even camera-based computer vision to detect presence, count people, and analyze space utilization patterns. This rich data feeds into building automation systems that make real-time decisions about environmental control and resource allocation.
👥 Occupancy Analytics
Real-time space utilization and comfort monitoring
🏢 Sensor Network Status
🤖 Occupancy-Based Automation
Configure intelligent rules that respond to occupancy patterns for optimal energy use and comfort.
📊 Daily Utilization Patterns
🎯 Room Type Performance
Sensor Technologies
📡 PIR Sensors
Passive infrared sensors detect body heat and movement, providing reliable occupancy detection for lighting and HVAC control
👁️ Computer Vision
AI-powered cameras count people and analyze space usage patterns for detailed occupancy analytics
🌊 Ultrasonic Sensors
Sound wave-based detection provides accurate presence sensing even when occupants are stationary
📶 IoT Integration
Wireless connectivity enables sensor networks to communicate with building automation systems in real-time