Cooling Systems
Our company has the technical equipment to meet the needs of our valued customers in the field of refrigeration in the highest quality and fastest way. For this reason, we continue our work as your solution partner with many years of experience and knowledge.
ABOUT COOLING SYSTEMS
The general definition of cooling can be briefly defined as "the process of removing the heat of a substance or environment in order to reduce the temperature of a substance or environment below the temperature of the surrounding environment and maintain it there." The facilities that perform these operations are called cooling systems.
If we want to define cooling in another way, cooling is the process of reducing the temperature of the substance or environment by transferring the heat to another place in order to reduce the temperature of the substance or environment.
Mechanical cooling is based on increasing the pressure and temperature of the refrigerant by applying external work. It works on the principle of the reverse Carnot cycle, according to the 2nd law of thermodynamics.
Our Cooling System Methods;
- Individual Cooling Systems: With Individual Split air conditioning systems
- Central Cooling Systems: With Vrf systems
BORTEK Engineering provides solutions for individual and central cooling systems according to different building and usage requirements. Split air conditioning systems can be used for individual cooling, while VRF systems are available for central cooling applications.
Split air conditioning systems are suitable for independent cooling requirements in residential buildings, offices, retail spaces and smaller commercial areas. Correct capacity selection is important for both indoor comfort and energy efficiency.
A VRF system is an air-conditioning solution that allows multiple indoor units to operate through a centralized outdoor unit system. It is particularly suitable for offices, hotels, commercial buildings and larger facilities that require flexible and centralized cooling.
When selecting a cooling system, factors such as building size, intended use, number of spaces, cooling load, occupancy levels and energy efficiency should be considered together. Professional engineering and proper system design help achieve efficient, reliable and comfortable cooling performance.