Air Conditioning Installations

Heating and Cooling Systems:

Heating: These are systems that increase the ambient temperature during the winter months. The most common heating methods include central heating (natural gas, electric, steam, etc.) and the use of heat pumps.

Cooling: These are systems that cool the environment during the summer months. Solutions such as central cooling systems, air conditioners, cooling towers and heat pump systems are included in this category.

Ventilation Systems: Ventilation is used to provide fresh air indoors, reduce carbon dioxide levels and improve air quality. These systems circulate the air, expel stale air and bring in fresh air. There are two main types: natural ventilation and mechanical ventilation:

Natural Ventilation: Depending on the design of the building, it provides a natural air flow between the outside air and the interior.

Mechanical Ventilation: It is used to expel air and provide fresh air through electric fans or blower systems.

Air Distribution Systems: Air distribution systems consist of ducts that direct and distribute air to specific areas. These ducts are usually made of metal or flexible materials and are placed in a specific directional pattern. These systems provide temperature and air flow homogeneously.

Filtration and Cleaning Systems: Air filtration systems are used to improve air quality. These filters remove dust, dirt, pollen, bacteria and other harmful particles from the air. HEPA (High Efficiency Particulate Air) filters are widely used for industrial and commercial environments.

Heat Recovery Systems: Heat recovery systems take the hot air coming out of one environment and transfer this heat to another area and ensure that energy is reused. These systems are very important for energy saving and are preferred especially in large buildings in terms of efficiency.

Calculation of Heat Load and Cooling Requirement: The heat load inside the building is the totality of factors that will affect the temperature and humidity levels of the environment. This load covers a wide range from the heat emitted by the machines operating in the building to the lighting systems used and the number of employees. This calculation is very important to determine the required heating or cooling capacity.

Planning Air Flow: Air flow should be distributed homogeneously to every part of the environment. This is a critical factor to avoid temperature imbalance and humidity being too high or too low. Proper placement of air distribution systems increases the efficiency of the system.

Efficiency and Energy Savings: Energy efficiency should always be at the forefront in the design of air conditioning systems. Energy consumption can be reduced by using solutions such as high-efficiency heat pumps, inverter systems, and heat recovery systems.

Zoning and Control Systems: In large buildings, each area may have different heating and cooling needs. For this reason, air conditioning systems should be designed with separate control systems for each area (zoning). These systems provide energy savings and adjust temperature settings according to the needs of each area.

Devices Selected According to System Needs: The correct capacity and features of equipment such as air conditioning devices, heating units, and air filters to be used directly affect the efficiency of the system. Proper device selection ensures that the system operates efficiently and has a long service life.

Comfort and Health: Providing the right temperature, humidity and air quality in work and living spaces is critical for people's productivity and health. A good air conditioning system prevents health problems such as temperature imbalance and excessive humidity.

Energy Efficiency: Well-designed and correctly installed air conditioning systems can significantly reduce energy consumption. Especially heat recovery systems and energy-efficient devices help businesses reduce their costs. This also reduces the impact on the environment.

Increased Productivity: Employees working more efficiently in a comfortable environment increases work performance. Extreme temperatures or humidity can negatively affect employees' concentration. A good air conditioning system increases efficiency and makes economic contributions to the business.

Environmental Sustainability: Air conditioning systems are also important in terms of environmental sustainability. Efficient systems offer an environmentally sensitive approach by reducing energy consumption and carbon emissions. Innovative and environmentally friendly cooling systems should be preferred in particular.