Water cooling systems are one of the critical equipment used to provide efficient cooling, especially in industrial facilities and commercial buildings. Chiller units are devices that cool water to a certain temperature and circulate it in systems, thus reducing the ambient temperature. Working together with cooling towers and other supporting equipment, it offers ideal solutions for large-scale buildings, manufacturing facilities and process industries.
Chiller systems reduce the temperature of water using a refrigerant. This process basically consists of the following steps:
- Evaporation: The refrigerant evaporates by exchanging heat with hot water and absorbs heat.
- Compression: The evaporated gas is compressed by the compressor and reaches a higher temperature and pressure.
- Condensation: The gaseous refrigerant is converted to liquid by the condenser and the heat is released.
- Expansion: The liquid refrigerant passes through the expansion valve, its pressure is reduced and the cooling process is started again.
Chiller systems are designed in different types to meet the cooling needs of businesses. Water-cooled chillers provide higher efficiency with water towers and are preferred in large industrial facilities. These systems are used in many areas such as plastic and rubber production, metal processing, pharmaceutical and chemical industry, food sector, data centers.
The new generation chiller reduces the carbon footprint with automation systems that optimize energy consumption and environmentally friendly refrigerants. These modern units provide energy efficiency and cost savings to businesses.
Technical Specifications
- Working Principle: Industrial cooling system that can operate with water or air cooling.
- Capacity Options: Wide capacity range from small-scale facilities to large industrial systems.
- Energy Efficiency: High-efficiency compressor and heat exchanger systems that provide low energy consumption.
- Control Mechanism: Precise cooling management with digital or automatic temperature control.
