Air-conditioned system
SPLIT
Building construction system
Air-conditioned system "SPLIT"
Low cost of construction
The price does not change in relation to the classic construction of the "B" energy class
Low overhead costs
The price of heating and cooling is almost zero
Excellent living conditions
The built object belongs to the A/A+ energy efficiency class
About the air-conditioned system "SPLIT"
It consists of an air-conditioned facade, floor and roof structure. The facade construction consists of two walls with an air space between them. The passage of the air space through the reinforced concrete slab is solved by means of openings in the reinforced concrete slab 30/15 cm, which also serve to prevent a thermal bridge, and the entire air space, in addition to being an air conditioning vertical, is also an installation vertical.
Air conditioning vertical and horizontal are connected and form one whole. At their beginning, there is an air conditioning chamber that blows air of a certain temperature into them, and at the ends there are grills (wall, floor and ceiling) through which conditioned air is blown into the rooms.
About the air-conditioned system "SPLIT"
The air space inside the facade wall and the floor towards the unheated space is also a thermal insulator, and the air space of the floor between the heated rooms is a warm floor. Inside the air-conditioned rooms, we have warm floors, walls and ceilings so that we have an even heating of the rooms, and through the grilles, in addition to tempering the air in the rooms, we exchange and supply fresh air.
The air conditioning chamber heats or cools the air to a certain temperature, which is regulated by a regulator located on the air conditioning chamber. At the entrance doors to the apartments and balcony doors, there are air-conditioning grills that are also thermal curtains so that when entering and leaving the heated space, the inflow of cold air into the heated space is prevented.
Comparison of building construction systems "Air-conditioned system - SPLIT"
- Minor actions:
- Facade works
- Making glazes
- Central heating
- Boiler room
- Connections (gas and hot water)
- Thermal insulation (floors, walls, roofs, pipes)
- More actions:
- Air conditioners
- Dampers and grilles
- Fire alarm
- Automatic regulation
- Electro voltage for the production of electricity
Advantages of building "Air-conditioned system -SPLIT"
- Price of construction of the building according to the "Air-conditioned system - SPLIT" system, compared to the classic system intended for the construction of energy class "B", it does not change significantly, i.e. it remains the same.
- Housing conditions in the facility built according to the "Air-conditioned susta-SPLIT" system compared to the classic system intended for the construction of energy class "B" are significantly better.
- The entire living space is air-conditioned throughout the year and pleasant to live in. All air conditioning grilles are equipped with sensors for remote control.
- Housing price i.e. overhead costs (water, electricity, maintenance costs) in a facility built according to the "Air-conditioned system - SPLIT" system compared to the classic system designed for building energy class "B" does not change significantly, i.e. it remains the same as long as heating or cooling price equal to zero.
- Housing conditions in apartments built according to the "Air-conditioned system - SPLIT" system are in the range of elite apartments of energy class "A/A+", and the costs of building apartments are in the range of costs of apartments built for energy class "B".
- Ensures profit from 15% to 45% depending on whether the sale of apartments is intended for the middle or elite class.
- The facility built according to the system "Air conditioning system - SPLIT" belongs to the following class energy efficiency: A/A+ (low energy/passive) which provides a great opportunity to withdraw funds from EU funds.
- The costs of infrastructure investments in heating plant systems and their distribution to consumers are reduced.
- Reduced need for galvanized ventilation ducts by up to 90%, which also reduces the need for the production of such ducts
