Purpose and Added Value of HVAC Automation
Approximately 40% to 60% of the energy in a building is consumed by HVAC systems. Centralized climate control automation is designed to make this high-cost item manageable. Beyond just operating devices, the system dynamically adjusting itself based on outdoor temperature, indoor air quality, and occupancy rates is the most critical step for HVAC energy savings.
A well-engineered automation infrastructure extends equipment life, reduces maintenance costs, and guarantees ideal thermal comfort conditions for end-users in every season.
System Design: Controllers, Sensors, and Infrastructure
In line with facility requirements and mechanical projects, a comprehensive climate control system is planned for all components such as boiler rooms, chillers, Air Handling Units (AHU), and fan coil units. This design utilizes temperature and humidity sensors, CO2 air quality sensors, and precision control valves.
Managed via DDC and PLC-based panels, this structure is monitored through the Building Management System (BMS), allowing real-time tracking of each device's performance data. This achieves an infrastructure compatible with the "smart building" concept.
Energy Efficiency with HVAC Automation Systems
HVAC automation systems prevent unnecessary consumption through advanced scenarios such as night/day mode, VAV (Variable Air Volume) control, and Free Cooling. Significant energy savings are achieved by limiting climate control in unoccupied areas or maximizing the use of outdoor air temperature.
This approach provides permanent savings in operating costs while supporting the institution's sustainability goals and green building standards (such as LEED or BREEAM).
Experience, Flexible Architecture, and Integrated Solutions
With 15 years of knowledge and an experienced team, our company designs and offers integrated HVAC solutions with flexible, scalable architectures using high-tech products.
By integrating our HVAC automation solutions with lighting automation and energy monitoring systems, we create a structure that can be managed, tracked, and reported from a single center, ensuring sustainable management on both the engineering and operational sides.
