Green Park | apartment 4 rooms | 21

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Green Park | apartment 4 rooms | 21

zł 842.500

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Aug 21, 2025

Malopolskie, nowotarski, Rabka-Zdroj

Description

4-room apartment number 21 on the 3rd floor in building A in the Green Park investment by the developer Royal Invest
Park, Bulwary in Rabka (15 minutes walk)
Żabka store (7 minutes walk)
Shopping gallery Bulwary Park (10 minutes walk)
Kindergarten (12 minutes walk)
Primary school (5 minutes walk)
Entertainment center Rabkoland (8 minutes walk)
Gym (11 minutes walk)

Green Park - get to know the investment

The buildings we design are not only functional but also represent an aesthetic vision of contemporary architecture. The rectangular shape, although seemingly conventional, has been interpreted and developed in a way that emphasizes the uniqueness and harmony of the structure. The buildings have three and four above-ground floors, allowing for a variety of functions on each floor. Additionally, one underground floor has been designed with attention to aesthetics, remaining an integrated part of the whole.

Two-pitched roofs give the buildings a classic yet elegant appearance. Dormers, which serve as subtle decorations, not only add character but also bring more light into the interiors. Green terraces on the top floor are not only an ecological element but also an aesthetic one, creating a pleasant environment and emphasizing the sustainable nature of the project.

Additionally, the building is equipped with a modern heat pump that will be used for both heating in winter and cooling in summer. This solution allows for effective energy management and provides thermal comfort throughout the year, while also fitting into the concept of sustainable development and reducing carbon emissions.

The shapes of the buildings have been divided into segments, giving the structure an interesting rhythm and dynamics. The shifts in the shapes make the facades gain three-dimensional depth, attracting attention and giving the buildings a modern character.

The aesthetics of the buildings lie in the details. Wooden and steel panels, used as decorative elements, give the facades subtlety and modernity. These details are an integral part of the project, combining functionality with aesthetics. Glass railings are not only a safety element but also a design feature. Transparent railings introduce lightness and elegance to the facade while allowing full enjoyment of the surroundings.

The color scheme of the facades has been carefully selected to harmonize with the surroundings and emphasize the uniqueness of the project. The colors used give the buildings a refined appearance, highlighting their aesthetic character.

The entire project is the result of careful balance between form and function. Every architectural element, from the structure of the building to the facade details, has been precisely designed to create a harmonious whole. The choice of materials, such as wood and steel, not only fulfills structural functions but also adds elegance and durability to the buildings. These materials have been carefully selected for aesthetics and quality of workmanship. The aesthetics of the buildings do not contradict their sustainable character. On the contrary, ecological elements, such as green terraces or effective thermal insulation, have been harmoniously integrated into the aesthetics of the project, creating a coherent whole.

The last but not least element is attention to proportions and ratios. The use of softened proportions and precise scaling makes the shapes of the buildings appear proportional and aesthetically pleasing, which is a key element of their visual attractiveness.

Like most of our investments, the team of buildings has been planned not only with attention to aesthetic values but primarily with a special emphasis on energy values, which are so important in contemporary design using ecological energy sources.

Renewable energy sources:In order to minimize the negative impact on the environment, our building will use ecological energy sources. Heat pumps will be installed for effective heating of rooms and heating water. This solution will reduce the consumption of traditional energy sources, contributing to the reduction of carbon emissions.
Photovoltaic installation:Solar panels have been placed on the roof of the building, which convert solar energy into electrical energy. This innovative solution allows the building to independently generate part of its electricity, which in turn reduces its dependence on conventional energy sources. This step fits into the concept of energy self-sufficiency.
Sunlight optimization:The design of the building shape has been carefully thought out to ensure optimal sunlight for the interiors. This precise optimization contributes to minimizing energy consumption needed for lighting and heating rooms, while creating a friendly and energy-efficient environment.
Accessibility for people with disabilities:Our building is designed to be fully utilized by people with disabilities, highlighting our commitment to social inclusion and sustainable development. All elements of the project, from the entrance to elevators and toilets, have been designed with easy access for all residents in mind.
Waste management:Solid waste is treated with respect for the environment. Systematic segregation and proper processing of waste support recycling goals and minimize the amount of waste directed to landfills, which is an important step towards a circular economy.
Electromobility:Parking spaces in the underground garage are prepared for equipping with electrical sockets, enabling the charging of electric vehicles. This advanced solution promotes ecological mobility and integrates with sustainable development trends in transport.
Water consumption optimization:We pay special attention to effective water management. The hot water circulation system used reduces energy and water losses, emphasizing our commitment to sustainable and economical resource management.
Underfloor heating:In selected rooms, modern underfloor heating has been used, which not only provides thermal comfort but also allows for even and efficient heat distribution, minimizing energy losses.
Mechanical ventilation:The use of a pressure ventilation system and humidity-controlled inlets guarantees optimal air circulation. This advanced system contributes to creating comfortable living and working conditions while minimizing energy consumption.
Electricity from photovoltaic panels:The photovoltaic installation on the roof of the building is not only a source of electrical energy but also an active contribution to reducing carbon emissions. By producing its own energy, the building contributes to sustainable functioning and limits its negative impact on the environment.

Our designed building is not just an architectural structure, but an integrated environment that harmoniously cooperates with nature, emphasizing our commitment to sustainable development.

Green Park - location