The choice of high -quality air conditioning system is extremely important for someone who cares about the comfort of their home and their beautiful well -being.
This task in the summer season becomes especially relevant. Sometimes the temperature rises so much that it becomes unbearable to be in many buildings. Air conditioning systems come to the rescue, since air conditioning helps to make the temperature in any room cooler.
Today, such systems are supplied with an increasing list of useful functions. These include not only the cooling of the air in the room, but also the support of the required level of humidity, heating the air to the desired temperature, cleaning and regulating the carbon dioxide content and more.
Often, the type, size and location of the room that needs to be improved by climate is influenced by the choice of air conditioning.
Household air conditioning systems
Similar systems are designed for installation in rooms that have small sizes. Such rooms are apartments, small offices or separate rooms.
Semi -industrial air conditioning systems
Such types of air conditioning systems are able to cool a large area: cottages, hotels, administrative buildings and the like.
They are also characterized by wider opportunities for managing and diagnosing work. They are mainly used for commercial premises, in view of the fact that they are able to provide increased requirements for the reliability of their work.
Semi -industrial air conditioning systems are divided into two groups:
Equipment created on the basis of vapressive refrigerators. Such units produce chilled water or non -freezing fluid, which is transported through the pipelines of the refrigeration system using pumping installations.
VRV air conditioning multisonal systems are modular air conditioning systems and are created on the basis of freon compressor blocks with variable refrigerant. Similar air conditioning systems relate to advanced air conditioning technologies. They have a high work potential, which is used for the benefit of the customer.
In principle, both VRV and VRF belong to one class of multisonal systems. Their advantages include the following characteristics:
The ability to regulate the system configuration.
The relatively low cost of the phased installation of the system.
Lack of need for a technical floor.
During the installation of the system, the complete release of the premises from workers and furniture is not required.
Ensuring the preservation of the facade of the building in its original form due to the fact that the external parts of the system are located on the roof.
