Now, more than ever, indoor air quality management is crucial for creating a safe, healthy space for living and working. As recent developments like the COVID-19 pandemic have demonstrated, we need innovative solutions that drive improvements in building wellness and efficiency.
As one of these solutions, building automation is swiftly becoming a staple of modern buildings worldwide. Just how does building automation work? What are the benefits of implementing building automation? How can indoor air quality data boost wellness and efficiency through building automation?
What Are the Benefits of Building Automation Systems With IAQ Monitoring?
- Save on energy costs- One of the most significant benefits of building automation lies in energy savings. Changing the environmental conditions inside the building based on IAQ sensor input ensures that, when the building is unoccupied, building systems are running at minimal levels, which reduces the building’s overall energy use.
- Reduce environmental impact- Building automation reduces overall energy usage while maintaining healthy air quality conditions in the building. Not only does this energy usage reduction mean lower energy bills, but the environmental impact of the building is likewise reduced.
- Boost wellness- Indoor air quality and occupant wellness are fundamentally linked; better air quality will improve employee productivity and health. Incorporating continuous air quality monitoring into a BAS ensures that building occupants are breathing better consistently, which won’t necessarily happen with IAQ spot testing.
In addition to the three benefits above, integrating IAQ monitoring into building automation can also help you comply with energy codes and work toward building certifications. For example, LEED has an indoor air quality component which awards points for implementing continuous carbon dioxide monitoring.