VENTILATION SYSTEMS

As Genç Enerji, we provide services with our expert staff and modern equipment in ventilation systems. We professionally design, install and maintain all ventilation systems needed by industrial facilities.

Air Handling Units (AHU) Design and Installation

Air handling units are large and complex systems designed to meet the air conditioning needs of large buildings and industrial facilities. AHUs perform ventilation, heating, cooling, humidity control, and air filtration processes together.

Needs analysis and project design
Selection and procurement of suitable air handling units
Installation, commissioning, and system optimization
Periodic maintenance and repair services

Fans

Fans are fundamental components of ventilation systems and come in various types. Fans circulate air, bring in fresh air, and expel contaminated air.

Axial Fans

Operating Principle: Enables air to move along the fan axis
Application Areas: General ventilation, industrial facilities, large areas
Advantages: High flow rate, low pressure difference

Radial (Centrifugal) Fans

Operating Principle: Enables air to move perpendicular to the fan axis
Application Areas: Dusty environments, industrial applications, systems requiring high pressure
Advantages: High pressure difference, efficient air transport

Mixed Flow Fans

Operating Principle: Combines features of axial and radial fans
Application Areas: Systems requiring medium flow rate and pressure
Advantages: Good performance in both flow rate and pressure

Roof Fans

Operating Principle: Located on the roof of buildings, expels contaminated air from indoor spaces
Application Areas: Commercial buildings, industrial facilities
Advantages: Effective air exhaust, durable structure against external factors

System Features

System Control: Advanced control systems ensure synchronized operation of all components. This enables ventilation systems to operate efficiently and continuously.
Energy Efficiency: Fan speeds and air handling unit operating modes can be adjusted to optimize energy consumption.
Indoor Air Quality: Continuous monitoring and automatic adjustments maintain indoor air quality.