Architecture project // Modular Steel Structure With Integrated Photovoltaics in Urban Setting

Modular Steel Structure With Integrated Photovoltaics in Urban Setting

Authors:

Stephanie Pieri, Arthur Mamou-mani

Constructed from a modular steel framework, the design incorporates integrated photovoltaics to enhance energy efficiency while providing diverse spaces for research and office functions in an urban environment.

5 key facts about this project

Modular construction allows for rapid assembly on-site.

Stacked prefabricated units provide unique tubular stiffness and stability.

Integrated photovoltaic panels enhance sustainability and energy efficiency.

Five basement levels accommodate essential utilities and services.

Flexible design supports diverse office and research functionalities.

General keywords

skyscraper modules office public spaces sustainability robotics urban flexibility canada research

Project specific keywords

prefabrication integrated photovoltaics modular stacking cable robotics tubular stiffness

The DNA Blockchain Skyscraper presents a new approach to high-rise construction, characterized by its modular and decentralized design. Rising 560 meters high, the structure includes 75 storeys made from 600 prefabricated modules, each offering a net area of 182 square meters. The arrangement of these modules optimizes the use of space while making construction easier and faster. The design accommodates various functions, such as research centers, public gathering areas, and office spaces, enhancing the building's role in the urban environment.

Structural Integrity and Material Use

The integrity of the skyscraper relies on an innovative stacking technique that replaces the need for a central core. Each module contributes to the building's strength by creating a tubular shape that resists lateral forces. Steel serves as the primary material due to its recyclability, highlighting the emphasis on sustainability in the design. This choice of material supports the building’s foundation while ensuring a lower environmental impact.

Functional Diversity

The building's layout includes different functional areas. Public spaces and restaurants occupy the lower levels, while office environments take up the upper storeys. In total, the office spaces cover 120,000 square meters, complemented by five basement levels designated for utilities. This arrangement promotes interaction and allows for a blend of work and leisure, catering to the needs of various users.

Sustainability and Technological Integration

Sustainability plays a vital role in the design. Low water consumption fixtures and systems for graywater reuse are integrated into the overall plan. Additionally, increased glazing is used to accommodate photovoltaic panels for collecting solar energy. The design incorporates modern methods such as robotic technology and machine learning, making the construction process more efficient and environmentally friendly.

The overall configuration of the DNA Blockchain Skyscraper, with its modular design and advanced structural systems, contributes to its distinctive presence in the urban skyline, emphasizing both practicality and innovation in modern building design.