Building Automation Systems (BAS) give facility operators centralized control over HVAC, lighting, metering, and energy systems. By connecting these systems under one intelligent platform, buildings can run more efficiently, respond to real-time conditions, and reduce energy waste.
A Building Automation System (BAS) is an integrated platform that connects, monitors, and controls mechanical and electrical systems throughout a facility. It allows operations teams to automate schedules, track performance, respond to alarms, and make real-time adjustments that improve energy use and occupant comfort.
Modern BAS platforms connect:
HVAC systems (thermostats, dampers, rooftop units)
Lighting systems (zones, occupancy schedules)
Energy meters and submeters
Alarms and building status sensors
Ventilation and indoor air quality monitoring
Integration with BMS or IoT platforms
A properly implemented BAS offers better visibility, increased automation, and the ability to benchmark and improve building performance over time.
Key Benefits:
Improve HVAC scheduling and reduce wasted runtime
Centralize building control in one easy-to-use platform
Gain real-time visibility into system performance
Detect and address maintenance issues earlier
Automate lighting schedules and equipment shutdown
Reduce energy use and improve operational efficiency
Track building data for benchmarking and compliance
Enhance occupant comfort with zone-level adjustments
A BAS uses a network of sensors, controllers, and user interfaces to automate and optimize building operations. Here’s how it functions:
Sensors track temperature, humidity, occupancy, lighting, and air quality
Controllers execute automated actions based on pre-set rules or real-time input
Software interface allows users to monitor systems and adjust settings remotely
Schedules and alerts manage lighting, heating/cooling, and ventilation in sync with facility use
Dashboards provide insights on performance, comfort zones, and energy use
BAS platforms often integrate with BMS (Building Management Systems) and EMS (Energy Management Systems) for more advanced control and analysis.
BAS reduces energy consumption by ensuring building systems operate only when needed and at optimal performance:
HVAC and lighting automatically shut down in unoccupied zones
Equipment runs more efficiently and predictably
Real-time feedback leads to faster resolution of inefficiencies
Energy use can be tracked and compared across time, zones, or facilities
Peak load management and demand response integration can reduce utility costs
Schools, hospitals, municipal buildings, corporate offices, and large commercial or industrial facilities—particularly those with aging infrastructure, large HVAC loads, or sustainability mandates.
Facility Evaluation – Review existing mechanical systems, controls, and user needs
System Design – Define control points, schedules, zones, and dashboards
Product Selection – Choose BAS components, sensors, and integration protocols
Installation – Install or upgrade system components and software interfaces
Commissioning & Training – Ensure functionality, then train staff on use
Ongoing Support – Offer maintenance, optimization, or remote monitoring if desired
Many utility and state programs offer incentives for controls and automation projects, especially those that:
Reduce peak demand
Lower total building energy use
Qualify for decarbonization or electrification incentives
Support smart building and ESG goals
We help identify funding sources and can integrate BAS into broader energy upgrade packages.
Whether you’re retrofitting a legacy facility or building smart from the ground up, a BAS can help you reduce energy waste, improve comfort, and make data-driven decisions. Let’s design the right system for your building.
