The development team for Sydney's latest mega-project, the $2.5 billion Central Place Sydney towers, has formally submitted plans for development approval. It's the next step in the development of the dual-tower property, which is expected to contribute to Tech Central in Sydney’s Central Business District.
Central Place Sydney will comprise 1.6 million sf of office and retail space and be one of the most sustainable commercial developments in Australia, powered by 100% renewable energy, with workplace environments that integrate nature and a range of amenities. SOM and Fender Katsalidis are designing the project.
The design features two commercial towers, rising 37 and 39 stories, woven together by a low-rise building that anchors the development and enlivens the precinct at street level. The two towers are expressed as three individual forms in order to reduce their visual density.
The building podiums are distinguished from the towers above, each with a height, massing, and material palette that complements adjacent heritage buildings. Landscaped public spaces surround the buildings meant to enhance connections between neighboring communities and the city’s most prominent commercial axis.
The central building ascends in a series of tiers that are staggered to open up garden terraces and views at each level. The ground floor is highly permeable and accommodates a retail experience that flows into the plaza, while the upper commercial levels will be linked to the new towers to create campus-style floor plates.
Each floor is conceived as a unique “neighborhood,” connected by winter gardens, mixed-mode environments, light-filled atria, and outdoor terraces. Workspaces will be highly flexible, with the possibility to be combined and expanded both within and between floors. The adaptable spaces will be able to accommodate technology companies as they evolve in scale and complexity.
The buildings will be ventilated naturally via operable windows and an automated, AI-controlled façade system. The façade system, which the architects claim is the first of its kind in the world, will use AI technology to shade the interiors from direct sunlight and reduce heat gain throughout the day.
Central Place Sydney will be the focal point for the burgeoning Tech Central precinct and civic space. It will include the new HQ for Atlassian, a building that is set to become the world’s tallest hybrid timber tower.
Related Stories
| Jun 1, 2012
New BD+C University Course on Insulated Metal Panels available
By completing this course, you earn 1.0 HSW/SD AIA Learning Units.
| Jun 1, 2012
AIA 2030 Commitment Program reports new results
The full report contains participating firm demographics, energy reduction initiatives undertaken by firms, anecdotal accounts, and lessons learned.
| May 31, 2012
Product Solutions June 2012
Curing agents; commercial faucets; wall-cladding systems.
| May 29, 2012
Reconstruction Awards Entry Information
Download a PDF of the Entry Information at the bottom of this page.
| May 24, 2012
2012 Reconstruction Awards Entry Form
Download a PDF of the Entry Form at the bottom of this page.
| Apr 27, 2012
China Mobile selects Leo A Daly to design three buildings at its new HQ
LEO A DALY, in collaboration with Local Design Institute WDCE, wins competition to design Phase 2, Plot B, of Campus.
| Apr 24, 2012
AECOM design and engineering team realizes NASA vision for Sustainability Base
LEED Platinum facility opens at NASA Ames Research Center at California’s Moffett Field.
| Apr 5, 2012
5 tips for a successful door and window retrofit
An exclusive tip sheet to help the Building Team manage door and window retrofits successfully.
| Apr 4, 2012
Bald joins the Harmon glazing team
Bald has 13 years of experience in the glazing industry, coming to Harmon from Trainor where he was the regional manager of the Mid-Atlantic region.
| Apr 3, 2012
Blaine Brownell on innovative materials applications in architecture
Brownell, who was named a BD+C 40 Under 40 in 2006, provides insight regarding emerging material trends and the creative implementation of materials.