2km HIGH is an innovative urban development that aims to redefine vertical living. Located in a bustling city environment, the structure integrates residential, commercial, and agricultural spaces within a single vertical framework. The design emphasizes a downward-opening configuration that not only extends the limits of height but also enhances the connection between various functions, allowing for a new way of experiencing urban life.

Architectural Concept

The central idea focuses on maximizing the use of vertical space through multiple 5-storey segments. This design allows for a diverse range of urban activities while mimicking the organization of historic cities, such as Paris and Rome. Important features include internal streets and additional facades, which contribute to a more engaging experience for users. This thoughtful arrangement promotes social interaction and accessibility among the different functions.



Sustainability Features

A key element of the design is its approach to food sustainability. By incorporating greenhouse cultivation directly into the main levels, the project addresses the challenges associated with sourcing perishable goods. This on-site production of fruits and vegetables reduces reliance on external supply chains and helps improve the internal climate, ensuring comfortable temperature and humidity levels.



Lighting and Climate Control

The design also tackles the issue of natural light in a downward-opening structure. Two strategically placed light holes allow daylight to penetrate the building effectively. An internal glazed facade is used to reflect and distribute light throughout the lower levels, preventing darkness in these areas. The deep foundation helps support energy-efficient heating and cooling solutions sourced from the ground, making the building more environmentally friendly.



Energy Independence

Energy provision in 2km HIGH relies on translucent photovoltaic panels located on the upper sections. These panels collect solar energy during the day, which can be stored for later use. This setup enables the efficient transport of utility water to higher floors, where electric turbines can discharge it at night. The design emphasizes self-sufficiency, showcasing a commitment to reducing the ecological footprint of the building.



The project features vertical communication shafts, living and working levels, as well as recreational spaces for greenhouse activities. Each aspect of the structure is carefully designed to create an interconnected urban ecosystem. By blending diverse functions, the development enhances overall quality of life, making it a noteworthy addition to urban architecture.