| Tour Triangle | |
| Address: | 1 Place de la Porte de Versailles - 75015 Paris |
| Coordinates: | 48.8317°N 2.2858°W |
| Map Type: | Paris |
| Status: | Under Construction |
| Groundbreaking Date: | 2008 |
| Start Date: | 2022 |
| Completion Date: | 2026 |
| Building Type: | Mixed-Use |
| Antenna Spire: | ~ |
| Floor Count: | 42 |
| Architect: | Herzog & de Meuron |
| Owner: | VIPARIS |
Tour Triangle, also known as Projet Triangle, or simply Triangle, is a skyscraper to be built in the exhibition site Parc des Expositions de la Porte de Versailles in Paris, France. Designed by the Swiss agency Herzog & de Meuron, it will take the shape of a tall glass pyramid with trapezoid base, wide from one side and narrow from another. It will be the first skyscraper built in the city of Paris since Tour Montparnasse in 1973.[1] In 2021, the construction contract was awarded to BESIX Group.[2]
Tour Triangle will be a triangle-shaped building that culminates at .[3]
The Swiss architecture practice Herzog & De Meuron, which had previously designed the 'Bird's Nest' Olympic stadium in Beijing, was chosen to design the project.[4]
In April 2011, VIPARIS,[5] the project owner, was given the green light for Triangle.[6] [7] The tower site is located next to Porte de Versailles in the “Parc des Expositions” (southwest of Paris).
The plans for the construction of the tower were initially rejected by Paris City councillors on 17 November 2014. A second ballot on the matter by the Paris City Council on 30 June 2015 approved the building.[8] Critics of the Tour Triangle had opposed the project because of its controversial height. The 42-story project is to be the first skyscraper to be built in low-rise Paris in approximately 40 years since the construction of the Tour Montparnasse.[9]
Being 42 floors high, it would accommodate about 5,000 employees and host offices, street-level shops, panoramic observatories and a panoramic restaurant on the top floor.[3]
Tour Triangle is to be a sustainable skyscraper: It was designed to achieve a high energy performance and reach the HQE and BREEAM certifications. It would favor natural light, and generate one-fourth the CO2 of a standard building of its size.[10]