DIPLOMACY PROJECTS
French Embassy in Brasilia
PROJECT INFO
Location
Brasilia, Brazil
Status
2023
Client
Embassy of France in Brasília
Type
Diplomacy
Size
6700 sqm
Other Features Architectural
Architectural Project, Engeneering Projects, Budget Planning, Energy Efficiency Consultancy
Atria performed a comprehensive assessment and initial design for restoring the green roofs at the French Embassy in Brasília, alongside an energy audit to identify specific energy-saving measures and their implementation requirements.
The conceptualization of LeCorbusier's Embassy in Brasilia was tragically halted by his demise, prompting Guillermo Jullian, his collaborator, to formulate new plans. Jullian, a distinguished Chilean architect, meticulously retained Le Corbusier's vision of a two-volume ensemble – one for the Chancery and another for the Residence – and adhered to the enduring principles of béton brut, while also considering the ecological impact and local climatic conditions. In a 2007 interview, Jullian elucidated, "The French Embassy in Brasilia project has no facade. I never concerned myself with the facade. The challenge here was for the climate to transform itself directly into the structure, without being ecological, and today it works perfectly - it's the only Embassy in Brasilia without air conditioning."
Atria, recognizing its historical significance, conducted a comprehensive diagnostic and preliminary design for the restoration of the iconic green roofs at the French embassy in Brasilia. An energy audit was meticulously performed to pinpoint the exact nature of the required energy-saving interventions, with a strong emphasis on durability, sustainability, and energy efficiency.
Remarkably, the dependence on air conditioning is now minimal, primarily confined to technical rooms. In tropical climates, HVAC systems often contribute significantly to electricity consumption in buildings. The project's distinctive challenge lay in not only preserving the historical integrity but also enhancing thermal performance through the integration of vegetated roofs and the installation of a photovoltaic system for sustainable energy generation. This approach underscores the commitment to durability, sustainability, and energy efficiency within the context of this architectural marvel.
