Shenzhen Stock Exchange Square back to all projects
Shenzhen Stock Exchange Square
Shenzhen Stock Exchange Square
Shenzhen Stock Exchange Square

Location: Shenzhen, Greater China, China

Client: Shenzhen Stock Exchange

Collaborators: OMA Stedebouw BV
Ducks Sceno - Michel Cova

This landmark building is located in Shenzhen's new Financial District, adjacent to the administrative and cultural centre of the city. It is designed to be one of the first buildings to achieve the highest local green building standards.

With a total floor area of 175,000 m2, the 245m-tall, 51-storey building houses the Shenzhen Stock Exchange offices, a trading floor, registration and clearing house, the Securities Information Company and ancillary services.

Floating platform

The building features a floating base edged up the tower to become a three-storey-high platform supporting the main elements of the Stock Exchange. The space between the raised platform and the ground is used as a covered urban plaza, large enough to accommodate public gatherings and performances. Financial information streams down digital banners hanging from the elevated podium.

The platform is supported by a network of transfer trusses, designed to withstand gravity loads and typhoon and earthquake forces. This innovative structural design has met stringent seismic requirements.

The design also adopted the Green Building Code of China, driving design excellence in structural engineering, building physics, lighting design and mechanical, electrical and public health engineering.

Integrated sustainability design

When complete, the project will be one of the first few buildings that can achieve the green building label in China, most likely the highest three star rating. It targets a very high level of resource efficiency, saving 40% more water and 20% more energy than required by the design codes.

State-of-the-art simulation tools have been applied to assessing the natural ventilation, daylight, energy performance and microclimate, including the computational fluid dynamics, radiance and diffractive optical element modelling technologies.

The sustainability design approach adopted throughout the design process has balanced economic, social and environmental considerations. Green building design is still a new concept in China. This project will set a standard for environmentally sustainable construction in China and encourage the adoption of sustainable design and development practices in the country.