City in Tower addresses the challenges of urbanization through a vertical approach. Located in a densely populated area, it combines various functions such as housing, offices, and public spaces. The design focuses on creating a self-sufficient environment where individuals can live, work, and interact without relying heavily on transportation outside the building.

Site and Specifications

The building has a footprint of 122 meters by 74 meters and rises to 340 meters, incorporating a total of 80 floors. This height allows for a high density of residents and diverse activities within a single structure. The design maximizes space while promoting a practical solution to urban living.

Mobility and Safety Features

Mobility within the tower is efficiently planned. Elevators facilitate vertical travel, while travelators connect different levels and areas. This design makes it easier for residents to navigate the building without delays. Safety is emphasized through compartmentalization. Each area has defined entrances and evacuation routes, ensuring quick access to safe zones during emergencies.

Landscaping and Energy Management

Landscaping is integral to the design, with each apartment featuring a terrace that includes plants and trees. These green spaces encourage a connection to nature in an urban setting. Public spaces also offer parks, sports fields, and swimming pools for community interaction. Energy management focuses on sustainability. The building incorporates solar panels, a wind generation system, and geothermal heating to reduce its environmental impact.

Vertical Production Facilities

The tower includes facilities for production, such as food processing and waste management. This design choice supports local economic activities and enhances the building's functionality. The underground parking structure is multi-leveled, accommodating both traditional vehicles and automated systems. This feature maximizes land use and helps streamline operations within the tower.

The façade features automatic sun protection, which helps manage heat and energy consumption. Each element of the design contributes to a practical and efficient living space, addressing the needs of modern urban life while enhancing the overall experience for residents and visitors.