Construction

with monolithic reinforced concrete, the roofs are flat, made of monolithic reinforced concrete slabs. The external enclosing walls of all above-ground floors will be made of masonry with a thickness of 25 cm from brick blocks with vertical cavities.

Each apartment at Royal Garden phase 3 will be fitted with underfloor heating fully integrated into the screed. Underfloor heating achieves the maximum effect of natural air convection in the rooms, which allows for even distribution of heat, increasing the comfort of living. In addition, it reduces the amount of dust and allergens in the air, thus providing a healthy living environment. The underfloor heating pipes will be installed on specially designed underlays, which provide thermal insulation from the dwellings below, as well as a maximum level of sound insulation between floors. An important factor is the aesthetic advantage of the absence of radiators, radiators and other heating elements, which often interfere with the interior of the home.

The project will be realized with high-class aluminum joinery with triple glazing. It is resistant to variable atmospheric conditions, with excellent energy-efficient qualities and reducing the penetration of noise into homes.

Heating is provided by the thermal power plant, through individual apartment collectors enabling accurate cost accounting. For the distribution of hot water, a central system will be built by the subscriber for each building and an additional possibility of supplying with individual water heaters.

For the top floors and the building's characteristic bay windows and the accent corner of the facade are executed with HPL in light and dark earth tones to give an individual architectural appearance. The material is extremely resistant to moisture, solar radiation and fire.

Heat pump installations provide maximum living comfort, regardless of whether they work in heating or cooling mode, due to the possibility of adjusting the temperature of the air with which the home is conditioned. In addition, customers will have the opportunity to use an alternative heat source for underfloor heating and domestic hot water in their apartments, regardless of the season and outside temperatures.

Stone wool will be used for facade insulation of the buildings, chosen due to a set of advantages. It is an excellent insulating material with a high ability to retain heat, resulting in more efficient heating and lower energy costs. Stone wool absorbs sound waves and reduces the penetration of external noise into the building. It has a high degree of fire resistance and excellent moisture resistance. Stone wool is produced from natural raw materials and does not contain harmful chemicals.

To provide protection against insects, we provide our customers with factory-fitted roller shutters.

With the sliding doors, you will be able to fully enjoy nature, from the comfort of your home.

An individual place for the installation of air conditioners is provided with built-in supply and condensation routes to each room. Individual elements on the facade will serve to hide external air conditioning units except. Apart from being part of the interesting exterior, they also serve to create additional natural shade.

The system can open or close the hot and cold water tap remotely on command or according to a signal sent by a wireless control sensor.

The possibility of wiring the apartments according to the "smart home" concept is foreseen, allowing comfortable management of all home systems.

At the underground level, 18 places are provided, equipped with charging stations with a capacity of 11 kW.

The open terraces of the premium apartments will be completed with a double floor of WPC decking. They will have pergolas and awnings for sun protection, with automation and integrated lighting.

Аrmored doors with a high degree of security and sound insulation will be implemented in the project.

The buildings will have a reliable system with levels of access control and video surveillance ensuring the highest security of the residential units, without the need for additional SOT provision.