Management of Mechanical, Electrical, and Human Safety Systems
What is Building Automation System?
Building Automation Systems are systems that monitor mechanical, electrical, and human safety systems in buildings, taking into account changing environmental conditions. They operate and centralize all sub-systems at the management level, trend and report data, and perform specific functions. These systems not only create a more comfortable, healthier, and safer living environment for people inside buildings but also lead to lower costs, less labor, and more efficient building operations.
Building Automation Systems have found a wide range of applications since the rapid advancement of technology after the 1980s, transitioning from simple automatic control systems to integrated computer-controlled complex systems.
EASY
SYSTEM MANAGEMENT
LOW
ENERGY CONSUMPTION
BALANCE OF
ENERGY AND COMFORT
When we look into the near future, approximately ten years from now, it is evident that software technologies that comprise machine learning and artificial intelligence systems will be employed in our buildings. It is observed that Building Automation Systems not only reduce operating expenses but also achieve a return on investment within 2-5 years through energy and labor savings. In today’s world, where energy has become increasingly valuable, the technological advantages brought by building automation systems will further expand their application areas and make significant contributions to the control of global warming.
What is the significance of Building Automation System?
- By integrating systems established by different brands according to the usage of buildings, it enables the interaction between systems.
- It simplifies the management of building systems by performing routine and repetitive functions.
- Building system management is facilitated and intervention time is reduced through created graphical interfaces.
It enables accurate and rapid intervention in the needs of the occupants and in emergency situations.
It provides programming flexibility according to the facility’s needs, size, service type, and expansion requirements.
It allows the maintenance of historical records and facilitates the identification of faults and underperforming equipment through alarm management.
It enables lower energy consumption in buildings and promotes sustainable consumption practices.
While ensuring low energy consumption, it maintains comfort conditions, thus balancing energy and comfort.
Efficiently utilizing the workforce through a wide range of functions contributes to cost savings in operation.
Recording the operational processes of controlled systems enables the development of strategic plans for preventive maintenance, and annual maintenance, and contributes to spare parts inventory management, ensuring the sustainability of operations.
