Incorporating recycled metal and modular units, this architectural endeavor features vertical gardens and sustainable systems, providing an innovative solution to urban housing needs.
5 key facts about this project
01
Incorporates vertical gardens on each residential level to enhance biodiversity.
02
Utilizes prefabricated modules built from recycled metal to streamline construction.
03
Features translucent facades that maximize natural light while ensuring privacy.
04
Designed with a central circulatory core for efficient resident movement.
05
Modular housing units integrate flexible living spaces tailored to diverse needs.
General keywords
The ECO 100 Tower is an architectural project located in Hong Kong, designed to address the challenging housing landscape of one of the world's most densely populated cities. The structure rises to a height of 120 meters and is characterized by a compact square footprint. The design incorporates a vertical living model that efficiently accommodates a range of residential units while optimizing land use in an urban environment where space is at a premium. The tower's focus on modular living solutions reflects a response to the diverse housing needs of various family sizes, making it a significant addition to Hong Kong's housing strategies.
Vertical Living Model and Community Integration
The ECO 100 Tower exemplifies a vertical living model with a clearly defined spatial organization. The building consists of several types of modular housing units, including approximately 37 m² units for families of four and smaller 19 m² units for individuals or smaller households. This variety allows for flexibility and adaptability, catering to a range of occupant needs.
A distinctive feature of the design is the central vertical circulatory core, which includes stairs and four elevators. This core not only streamlines movement but also reduces transit time between residential units while promoting interaction through communal spaces located on each floor. The integration of these spaces fosters a sense of community, offering areas for social engagement among residents.
Sustainability and Material Choices
Sustainability is a core component of the ECO 100 Tower’s architectural framework. The design emphasizes natural ventilation, ample natural light, and green spaces throughout. Operable windows and strategically placed communal gardens enhance the environmental quality of the living spaces, promoting well-being among residents.
The building materials are selected for their functionality as well as their environmental impact. Reinforced concrete serves as the primary structural element, ensuring durability. Translucent materials enhance light penetration, while recycled metal is incorporated into both the building's skeleton and façade, reinforcing a commitment to sustainability. Prefabricated modules constructed from recyclable materials streamline the building process, and wood finishes provide a warm, inviting interior environment.
The project's unique integration of vertical green spaces sets it apart from conventional residential towers. These spaces serve not only aesthetic functions but also contribute to biodiversity and ecological sustainability within an urban context.
The ECO 100 Tower represents both an innovative housing solution and a study in sustainable architectural design. Its focus on community engagement, modular living arrangements, and environmentally responsible construction demonstrates a comprehensive approach to urban living that could serve as a model for future developments. For a thorough understanding of its architectural plans, architectural sections, and the innovative architectural designs that underpin its function, readers are encouraged to explore the project presentation for in-depth details and insights.
Vertical Living Model and Community Integration
The ECO 100 Tower exemplifies a vertical living model with a clearly defined spatial organization. The building consists of several types of modular housing units, including approximately 37 m² units for families of four and smaller 19 m² units for individuals or smaller households. This variety allows for flexibility and adaptability, catering to a range of occupant needs.
A distinctive feature of the design is the central vertical circulatory core, which includes stairs and four elevators. This core not only streamlines movement but also reduces transit time between residential units while promoting interaction through communal spaces located on each floor. The integration of these spaces fosters a sense of community, offering areas for social engagement among residents.
Sustainability and Material Choices
Sustainability is a core component of the ECO 100 Tower’s architectural framework. The design emphasizes natural ventilation, ample natural light, and green spaces throughout. Operable windows and strategically placed communal gardens enhance the environmental quality of the living spaces, promoting well-being among residents.
The building materials are selected for their functionality as well as their environmental impact. Reinforced concrete serves as the primary structural element, ensuring durability. Translucent materials enhance light penetration, while recycled metal is incorporated into both the building's skeleton and façade, reinforcing a commitment to sustainability. Prefabricated modules constructed from recyclable materials streamline the building process, and wood finishes provide a warm, inviting interior environment.
The project's unique integration of vertical green spaces sets it apart from conventional residential towers. These spaces serve not only aesthetic functions but also contribute to biodiversity and ecological sustainability within an urban context.
The ECO 100 Tower represents both an innovative housing solution and a study in sustainable architectural design. Its focus on community engagement, modular living arrangements, and environmentally responsible construction demonstrates a comprehensive approach to urban living that could serve as a model for future developments. For a thorough understanding of its architectural plans, architectural sections, and the innovative architectural designs that underpin its function, readers are encouraged to explore the project presentation for in-depth details and insights.
