A Building Management System is a centralized automation platform that monitors, controls, and improves the performance of building services.
A Building Management System, also known as BMS, helps control and monitor important building systems from one central platform. It is commonly used to manage HVAC, lighting, electrical systems, water systems, alarms, ventilation, and energy usage.
BMS is used in commercial buildings, hospitals, hotels, industrial facilities, malls, data centers, airports, and large residential complexes. It helps improve comfort, reduce energy consumption, and make building operations more efficient.
Sensors and field devices collect data from HVAC, lighting, electrical, and safety systems.
Controllers process the data and automatically control connected equipment based on programmed logic.
Operators can monitor system status, alarms, temperatures, energy usage, and equipment performance.
The system automatically manages equipment to improve comfort, safety, and efficiency.
Controllers receive signals from sensors and control equipment such as AHUs, pumps, fans, dampers, and lighting circuits.
Temperature, humidity, pressure, flow, and occupancy sensors help monitor real-time building conditions.
A computer or dashboard where operators can view system status, alarms, trends, reports, and control equipment.
Includes valves, actuators, dampers, relays, meters, and other devices connected to building equipment.
Communication networks connect controllers, devices, and software for centralized monitoring and control.
Software helps visualize equipment status, alarms, energy data, schedules, reports, and automation logic.
BMS can monitor and control chillers, AHUs, FCUs, pumps, fans, ventilation systems, temperature sensors, and related equipment.
BMS can help control lighting schedules, monitor electrical consumption, reduce energy wastage, and improve operational efficiency.