Building Automation System
for Smarter Buildings
AastroTech connects HVAC, lighting, energy, occupancy, and other building systems for smarter monitoring and automated control.
A building automation system (BAS) is a centralized, computer-based network that monitors and controls a facility’s HVAC, lighting, security, and fire safety systems. Its main goal is to boost operational efficiency, cut energy use, and maintain occupant comfort.
How It Works
2. Controllers process that data and trigger adjustments based on set rules
3. Actuators execute commands like opening valves or adjusting dampers
4. User interfaces give facility managers dashboards or apps to oversee it all
5. The result: lower energy costs, more stable indoor comfort, and early detection of equipment issues before they become costly breakdowns
Smarter Building Operations Start with Connected Systems
Managing HVAC, lighting, energy, occupancy, and equipment through separate systems can make facility operations difficult to coordinate.
A Building Automation System connects these functions so facility teams can monitor building conditions, automate selected processes, and respond to operational requirements from a central environment.
1. Centralised Monitoring: View relevant building information through connected dashboards.
2. Automated Controls: Configure building systems to respond to schedules, occupancy, and operating conditions.
3. Energy Visibility: Monitor energy-related information across connected building systems.
4. Real-Time Alerts: Receive alerts when configured operating conditions require attention.
Building Automation Solutions for Modern Facilities
1. HVAC Automation: Monitor and control HVAC operations based on temperature, occupancy, schedules, and configured building requirements.
2. Lighting Automation: Automate lighting based on occupancy, operating schedules, and other selected conditions.
3. Energy Monitoring: Track energy information and understand how connected building systems are operating.
4. Occupancy Monitoring: Use occupancy information to support selected building controls and facility operations.
5. Indoor Environment Monitoring: Monitor parameters such as temperature, humidity, air quality, and other configured environmental conditions.
6. Equipment Monitoring: Gain visibility into selected equipment status and operating conditions.
One Connected View of Your Building Operations
A Building Management System brings sensors, controllers, software, and building systems into a connected environment.
1. Sense: Sensors monitor selected building conditions.
2. Connect: Building information is transmitted through the configured network.
3. Automate: Controllers respond according to predefined operating rules.
4. Monitor: Facility teams view building information, alerts, and system status.
5. Optimise: Operational data can be reviewed to understand recurring building patterns.
Building Automation System vs Conventional Building Operations
| Area | Conventional Building Operations | Building Automation System |
|---|---|---|
| System Monitoring | Separate or manual monitoring | Connected monitoring |
| HVAC Control | Fixed schedules or local controls | Automated based on configured conditions |
| Lighting Control | Manual or fixed schedules | Sensor and schedule-based controls |
| Energy Visibility | Periodic monitoring | Connected energy monitoring |
| Occupancy Response | Limited | Occupancy can support automated controls |
| Alerts | Manual identification | Configured system alerts |
| Operational Data | Spread across systems | Centralised information |
| Performance Review | Separate records | Historical operational information |
What Can You Achieve with Building Automation?
1. Better Operational Visibility: Give facility teams a clearer view of connected building systems.
2. Reduced Manual Monitoring: Use sensors and software to monitor selected conditions continuously.
3. Smarter HVAC and Lighting: Allow configured systems to respond automatically to occupancy, schedules, or environmental conditions.
4. Better Energy Management: Bring energy information together with building operations for easier review.
5. Faster Response to Issues: Use configured alerts to identify conditions that require facility-team attention.
6. Data for Facility Planning: Review historical information to understand how building systems operate over time.
Building Automation for Different Facility Environments
1. Corporate Offices: Automate HVAC, lighting, occupancy, and other connected workplace systems by smart building technologies.
2. Commercial Buildings: Monitor multiple building functions from a connected management environment.
3. Healthcare Facilities: Support monitoring of selected environmental and infrastructure conditions.
4. Educational Campuses: Connect smart building technologies operations across classrooms, common spaces, and administrative areas.
5. Retail Facilities: Manage lighting, HVAC, energy, and selected operational systems.
6. Multi-Building Campuses: Bring information from multiple facilities into a more connected operational environment.
Can Building Automation Work with Your Existing Infrastructure?
Yes, building automation can be planned around existing infrastructure depending on the systems already installed.
A facility assessment can review:
1. Existing HVAC systems
2. Lighting controls
3. Sensors and controllers
4. Current Building Management System
5. Energy-monitoring infrastructure
6. Communication protocols
7. Systems requiring automation
8. Integration requirements
The final configuration should be based on the building’s infrastructure and operational requirements.
How AastroTech Approaches Building Automation
1. Assess: Review existing building systems and operational requirements.
2. Define: Identify the functions that require monitoring or automation.
3. Connect: Plan the required sensors, controllers, software, and integration.
4. Configure: Set up dashboards, controls, operating rules, and alerts.
5. Monitor: Bring relevant building information into the management environment.
6. Review: Use operational information to understand building performance over time.
Why Choose AastroTech for Building Automation?
1. Requirement-Led Approach: Start with the building challenge before selecting the technology.
2. Connected Facility Solutions: Bring selected building systems into a coordinated environment.
3. Existing Infrastructure Consideration: Plan integrations around the systems already operating within the facility.
4. Scalable Architecture: Build the automation scope around current requirements while considering future expansion.
5. Facility-Focused Implementation: Configure monitoring and automation around practical facility workflows.
What Should You Consider Before Implementing a Building Automation System?
1. Which systems need automation?
2. What information should facility teams monitor?
3. Which processes should respond automatically?
4. What infrastructure already exists?
5. What needs to integrate with the Building Management System?
6. Which conditions require alerts?
7. Who should receive those alerts?
8. Will the system need to expand later?
A well-defined scope helps ensure the Building Automation System addresses actual operational requirements.
Build a More Connected Facility
Bring HVAC, lighting, energy, occupancy, environmental monitoring, and other selected building functions into a connected automation environment.
AastroTech can help you evaluate the right Building Automation System based on your existing infrastructure and facility requirements.
Ready to Automate Your Building Operations?
FAQs
1. What is a Building Automation System?
A Building Automation System uses sensors, controllers, software, and communication networks to monitor and automate selected building operations such as HVAC, lighting, energy, occupancy, and environmental conditions.
2. What systems can be connected to a Building Automation System?
Depending on the facility, building automation can connect HVAC, lighting, energy monitoring, occupancy sensors, environmental monitoring, access systems, and other compatible building infrastructure.
3. What is the difference between BAS and BMS?
A BAS primarily handles automation and control, while a Building Management System provides a wider interface for monitoring and managing connected building systems.
4. Can a Building Automation System control HVAC?
Yes. HVAC can form part of a building automation setup, allowing configured controls to respond to factors such as temperature, occupancy, schedules, and other selected conditions.
5. Can building automation help with energy monitoring?
Yes. Energy information can be monitored alongside connected building operations, helping facility teams review consumption patterns and operating conditions.
6. Can building automation work with an existing BMS?
This depends on the existing architecture and integration requirements. The current Building Management System, communication protocols, and connected equipment should be reviewed before implementation.
7. Can an existing building use a Building Automation System?
Existing buildings can be considered for automation. The available equipment, controllers, sensors, protocols, and integration requirements determine the most suitable approach.
8. Which facilities can use building automation?
Building automation can be considered for corporate offices, commercial facilities, healthcare environments, educational campuses, retail buildings, and larger multi-building facilities.
9. What should facility managers check before choosing a BAS?
Facility managers should review existing infrastructure, systems requiring automation, monitoring requirements, integrations, alerts, dashboard needs, operating workflows, and future expansion requirements.
10. How should a facility start a building automation project?
Start by identifying the operational problem and the systems involved. The required monitoring, controls, integrations, and automation can then be defined around the facility’s actual requirements.