Hanking Center Tower Download PDF


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Height: Occupied
321 m / 1,053 ft
 
Height: To Tip
350 m / 1,148 ft
Height: Architectural
350 m / 1,148 ft
 
Hanking Center Tower Outline
Floors Above Ground
73
Floors Below Ground
5
Tower GFA
185,806 m² / 1,999,999 ft²

Facts

Official Name Hanking Center Tower
Other Names Rolansberg Hanking Center
Structure Type Building
Status Architecturally Topped Out
Country China
City Shenzhen
Street Address & Map Shennan Boulevard and Kejizhong Yi Road, Nanshan District
Building Function office
Structural Material steel
Energy Label LEED Gold
Proposed 2011
Construction Start 2013
Completion 2018

Companies Involved

Owner/Developer Hanking Group
Architect
Design Morphosis
Architect of Record Zhubo Design
Structural Engineer
• Concept John A Martin & Associates
Design Halvorson and Partners
Engineer of Record Zhubo Design
MEP Engineer
Design Parsons Brinckerhoff Consultants Private Limited; Stantec Ltd.
Engineer of Record Zhubo Design
Other Consultant
Façade Stantec Ltd.; SuP Ingenieure GmbH
• Fire Parsons Brinckerhoff Consultants Private Limited
• Interiors Lead 8
• Landscape SWA Group
• Lighting Gradient Lighting Design
• Property Management CBRE
• Traffic MVA Transportation, Planning & Management Consultants
• Vertical Transportation Parsons Brinckerhoff Consultants Private Limited
• Wind RWDI

About Hanking Center Tower

Hanking Center Tower adds a new dimension to Shenzhen’s skyline. It reconsiders the conventional commercial office building through an innovative approach to circulation, social systems, and workspaces. The tower is comprised of office space, with high-end retail and dining options in the podium. The Center utilizes folded angles to elegantly merge public components in the podium with private commercial space in the tower. A grand plaza and hardscape around the exterior serves to anchor the new landmark and encourage activity nearby.

The tower’s unique steel structural system offsets the primary movement and service cores to the exterior of the floor plate. Shadowing the offset circulation core, two secondary cores in the body provide structural reinforcement. A series of sky bridges and diagonal mega-braces connect the offset core to the main tower. Special horizontal ties and slab diaphragm bracing were provided where the columns on the south face “kinked” to tie the necessary stabilizing forces to the tower’s overall lateral load resisting system. Extensive wind tunnel testing as well as non-linear performance based seismic design studies were conducted to verify the performance of the tower. Five communal skygardens, glazed lobbies, and a sunny atrium in the building’s core serve to connect separate elements of the building, and provide a communal hub for tenants. Circulation and amenity areas gain natural light and views over the city to create a vibrant public space.

As a new icon for the growing high-tech zone in the Nanshan neighborhood, the Hanking Center Tower was conceptualized to house emerging tech companies. The open floor plates, made possible by the tower’s offset core, greatly amplify the flexibility companies have in utilizing their space. In addition, this form allows for work environments with more natural light and better air circulation to enhance comfort, health, and productivity.

CTBUH Initiatives

Top 12 Happenings of 2016, Month-by-Month
19 Dec 2016 – CTBUH News

Top Company Rankings: The World’s 100 Tallest Buildings
13 Oct 2016 – CTBUH Research

Global News

Hanking Center Tower Tops Out in Shenzhen
6 Dec 2016 – With the slab for the top floor now in place, the…

Construction Underway on Shenzhen Mixed-Use Tower
15 Apr 2015 – Construction is underway on a new tower by…

Research Papers

The ASeismic Design and Nonlinear Dynamic Analysis of a 350m High Braced Steel Frame
26 Oct 2015 – Global Interchanges: Resurgence of the Skyscraper City


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