Sensors
Input devices that measure data like humidity or room occupancy.
For centralized control of HVAC, lighting and other facilities, a cutting-edge building automation system needs to be in place. Interconnecting building utilities makes monitoring and adjusting
operations easier and more efficient than ever before.
How Do Building Automation Systems Work?
Building automation systems operate as a single computer networking unit to control and monitor building-wide assets.
To do this, they collect, process and adjust information using five main components.
Controller
The “decision maker” that takes data from the sensors and determines how to respond.
Output Devices
A key part that carries out the controller’s commands.
Communication Protocols
The language used for each part of the system to “speak” to each other.
User Interface
Dashboards, screens or other interfaces where users can interact with the BAS and view building data reports.
These parts communicate across platforms, languages and software to perform a desired action. For example, if a building’s sensors detect its humid in the office, the controller would process this data and communicate to the output device to lower the temperature. Once the BAS adjusted the building’s temperature, the user interface would update to display data visually so occupants could review and optimize the building’s assets.
Discover more ways to use building automation in
your facilities with expert-led emails.
Benefits of Building Automation Systems
Building automation systems are a single-source management solution for accessing data, controlling comfort and gaining visibility into performance. This includes awareness of recent concerns and insights into how to optimize systems via actionable data points. This empowers you to:
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BAS Customer Stories
Webinar
Leveraging Energy Savings Performance Contracting for Sustainable Campus Revitalization
Join Laura Carpenter from the Department of Energy’s State and Community Energy Programs and Mike Hines, Director of Education Initiatives at Trane, for an insightful 30-minute Ed Talk on the transformative potential of Energy Savings Performance Contracting (ESPC) as a strategic tool for revitalizing aging campus infrastructure.
Webinar
Preparing for A2L Refrigerants
Join Laura Carpenter from the Department of Energy’s State and Community Energy Programs and Mike Hines, Director of Education Initiatives at Trane, for an insightful 30-minute Ed Talk on the transformative potential of Energy Savings Performance Contracting (ESPC) as a strategic tool for revitalizing aging campus infrastructure.
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