Innovative Design Transforms Luxury Apartments into a Green Urban Oasis
In the heart of the city, the new luxury apartment project rises as a blend of modern design and nature. It offers a distinctive experience for both visitors and residents. As visitors approach, the curved balconies wrap around the façades. They create layers of light and shadow. Suspended planters host greenery on every level, reflecting the concept of the Park Nova Project. This design provides comfort and harmony with the surrounding environment. Materials such as transparent glass, natural wood, and reflective metals interact with natural light. Interior layouts allow easy movement between living, working, and leisure areas. This integration of nature and architecture emphasizes the daily experience of visitors.
Location and Design Concept
The Park Nova Project is located on Tomlinson Road, near Orchard Street, in a mostly residential area.
The building’s design follows the concept of a butterfly landing on an orchard, inspired by the area’s agricultural history.
Balcony curves and floor plans change on each level. They create natural light and shadow gradients that connect the building with its surroundings.
Planters were extended up to 3 meters on some levels after regulatory approval. This allows more greenery and vertical gardens on every floor.
Visitor Experience and Interior Flow
Visitors’ journeys begin as they approach the building, where open spaces meet curved balconies, guiding movement smoothly.
Residents and visitors can move easily between living areas, leisure zones, and green pathways, experiencing openness and connection with nature.
Shaded areas and carefully designed light gradients provide thermal comfort and protected environments.
Suspended greenery on each floor enhances continuity and integration with the outdoor environment.
Architectural Details, Materials, and Techniques
Park Nova focuses on balcony curves and suspended planters, with natural light and shadow distribution.
Materials and techniques include:
- Transparent glass for façades: 70% light transmission, offers clear views and natural daylight.
- Natural wood for floors and ceilings: light reflection coefficient 45%, friction resistance 3.5 N/mm², adds warmth.
- Reflective metals: highlight architectural details and interact with light.
- Extended planters: up to 3 meters, providing greenery on every level.
- Balcony design: varying curves on each floor to generate shade and light while protecting lower units.
Sustainability and Environmental Integration
The project implements biophilic design with suspended planters and greenery on every level.
Design strategies minimize environmental impact, using space optimization and natural thermal and light flows within units.
Sustainability principles include the use of natural, reusable materials and techniques to reduce energy consumption and heat.
The project contributes to air quality improvement and thermal comfort for residents, enhancing interaction between the building and the surrounding environment.
Final Vision of the Project
Park Nova aims to provide an integrated daily experience for residents and visitors, combining green spaces, natural light, and interior flow.
The building’s curves and tiered balconies demonstrate a design philosophy that links the environment with architecture while ensuring residents’ comfort and community interaction.
The project serves as a practical example of applying sustainable design, eco-friendly materials, and intelligent interior pathways in modern residential buildings.
The outcome is a coherent environment that supports smooth movement, harmony with nature, and daily comfort for users, with the Park Nova experience central to the project.
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✦ ArchUp Editorial Insight
Park Nova Project presents a layered visual scene where curved balconies intertwine with suspended planters, creating dynamic light and shadow patterns that mirror the surrounding nature. Interior circulation facilitates smooth movement between open and enclosed spaces, emphasizing interaction with the urban environment. Critically, the project demonstrates strength in integrating biophilic design with thermal performance and natural lighting, though maintaining the extensive greenery across all floors could present challenges. Nevertheless, the project contributes tangible value to its context, enhancing residents’ and visitors’ daily experience through sustainable and intelligent design.
ArchUp Editorial Management
The article provides an analytical perspective on the Nova Park project as a case study in integrating environmental principles with luxury residential architecture. To enhance its archival value, we would like to add the following technical and design data:
We would like to add that:
· Structural Data: Reinforced concrete structure with 40 MPa compressive strength, 25 cm thick floor slabs with 4 kN/m² load capacity, and planter boxes with 1.5-ton soil capacity per balcony
· Environmental Control Systems: Smart irrigation using 60% less water than conventional systems, dimmable LED lighting at 300 lux intensity, and natural ventilation reducing cooling consumption by 35%
· Advanced Materials: Triple-glazed insulating glass with U-value 1.2 W/m²·K, thermally treated timber from sustainable sources, and sound-insulating materials with NRC 0.7
· Environmental Performance: LEED Gold certification with 70 points, achieving 40% energy consumption reduction through shading and natural ventilation systems
Related Link:
Please review for a comparison of sustainable residential building design:
[Biophilic Architecture: Integrating Nature into Contemporary Urban Design]
https://archup.net/eichkamp-residential-project/