The mixed-use Zugló City Centre in Budapest’s 14th district integrates new civic spaces surrounded by nature together with homes, shops and offices on a site of nearly seven hectares between Bosnyák Square and Rákos Creek. Developed in phases by Bayer Construct Group in Hungary, the project will begin construction early next year and is scheduled for completion in 2029.
Defined by the surrounding urban fabric of the district’s avenues and parks, Zugló City Centre weaves new public squares and gardens through the heart of the design to connect with the re-established natural ecosystem at Rákos Creek; creating a network of interconnected gardens and plazas lined with restaurants and cafes, shops, apartments and offices as well as a new medical clinic and town hall.
“The project will create one of the greenest and most sustainable neighborhoods on the Pest side of the capital. The new city centre, organically linked to the surrounding area and Rákos Creek, will equally offer residential, office, commercial and leisure services which will form a harmonious whole with the large green areas and community spaces that will be created,” said Gianluca Racana, Director of Zaha Hadid Architects.
Zugló City Centre embeds future-proof solutions within its design to reduce energy consumption and emissions while enhancing the quality of life for the local community. Incorporating insulating green roofs as well as the collection, storage and reuse of 90,000 cubic meters of rainwater per year, and the orientation and composition of its buildings contribute to naturally regulate temperatures within the centre; decreasing summer peaks by up to 6°C compared to average temperatures in downtown Budapest.
To achieve these goals, the design includes nearly 35,000 sq.m of communal green space, shade trees and ponds to establish a new park that will be the third largest in the district. A centralised plant controlled by smart systems and powered by renewables will reduce energy consumption compared to buildings using traditional heating and energy supply.
Extensive pedestrian zones and new bike paths will encourage urban micro-mobility by connecting living, working and recreational spaces within short walking distances. Determined by detailed transport impact assessments together with micro/macro simulations, the surrounding infrastructure and road networks will be improved and include the creation of 12,000 sq.m of new landscaped areas.
Extending to the natural ecosystem of Rákos Creek, the ‘green spine’ includes the planting of 900 new trees and defines the central axis of the City Centre design; transforming from urban plazas and gardens into natural parkland at the creek, enabling all those living in the 14th district to easily connect with nature.
“The new district envisions a ‘green spine’ as the natural backbone of the development which provides a smooth transition from an urban plaza to a natural park, creating liveable spaces designed according to the users needs throughout the year with the intent of reconnecting people with nature,” said landscape designers LAND Italia. Source by Zaha Hadid Architects.
- Location: Budapest, Hungary
- Architect: Zaha Hadid Architects (ZHA)
- ZHA Project Principal: Gianluca Racana
- ZHA Project Director: Maurizio Meossi
- ZHA Project Associate: Cristina Capanna
- ZHA Project Lead Designer: Bogdan Zaha
- ZHA Competition Team: Millie Anderson, Sara Criscenti, Harry Spraiter, Shi Qi Tu, Carlos Bausa Martinez, Pierandrea Angius, Anat Stern, Vishu Bhoshaan, Henry Louth, Federico Borello
- ZHA Project Team: Zsuzsanna Barat, Sara Criscenti, Shi Qi Tu, Damir Alisphahic, Alessandro Cascone, Benedetta Cavaliere, Juan Pablo Londono, Gabriele De Giovanni, Luciana Maia Teodozio, Yaseen Bhatti, Lara Zakhem, Alexandra Fisher, Dilara Yurttas, Rotem Lewinsohn
- Local Executive Architect: LIMA Design
- Landscape: LAND Italia srl
- Sustainability: ABUD
- Urban Planning: Obeliszk
- Mobility & Traffic Simulation: Innoqalea
- Road Design: Mobil-city
- Fire & Safety: Fireeng
- Year: 2021
- Images: Brick Visual, Zaha Hadid Architects