Mastering Building Automation
Review key concepts and test your understanding
Module Complete!
✓ 0 of 5 sectionsCore Concepts Recap
BAS Architecture
Four-layer architecture from field devices to enterprise systems. Each layer adds intelligence and optimization capabilities.
HVAC Automation
Occupancy-based control, optimal start/stop, and demand ventilation achieve 20-30% energy savings while improving comfort.
Lighting Control
Daylight harvesting, occupancy sensing, and task tuning deliver 30-60% lighting energy reduction with better visual comfort.
System Integration
Connected systems achieve 30-50% greater savings than standalone. Integration enables predictive optimization and holistic control.
Open Protocols
BACnet, DALI, and IoT standards enable vendor-neutral integration, preventing lock-in and ensuring future flexibility.
ROI Timeline
Typical payback of 2-4 years for comprehensive BAS. Energy savings continue for 15+ years with proper maintenance.
Test Your Knowledge
Which BAS layer contains physical sensors and actuators?
What is the typical energy savings from occupancy-based HVAC control?
What control strategy automatically dims lights based on available natural light?
What is the key advantage of advanced system integration over basic integration?
Which protocol is the open standard for HVAC and building control?
Continue Your Learning Journey
Explore more climate technology topics and deepen your understanding of sustainable building practices.