平安金融中心中国深圳

业主：平安保险公司

规模/高度：46.2万平方米/600米

类型：总部、商业超高塔楼综合体

合作设计单位：中建国际（当地设计院），ALT（幕墙顾问）

摄影：Ping An Insurance Company (p50, 52),Tim Griffith (p51, 52, 53)

Client: Ping An Insurance Company

Size / Height: 462,000 SM / 600 M

Program: Headquarters, Mixed-Use, Retail, Supertall

Team: CCDI (LDI), ALT (Curtain Wall Consultant)

Photography: Ping An Insurance Company (p50, 52),Tim Griffith (p51, 52, 53)

塔楼人字形石柱支撑结构有利于缓解大地传向空中受力点的张力。裙楼采用玻璃和石材覆层，设有边柱和八层对角钢支撑结构。

作为深圳最高的建筑，平安金融中心这座高耸的石材、玻璃和不锈钢结构塔楼将成为新中央商务区的标志性中心。由于所需材料的数量和规模庞大，KPF努力寻找可抵抗高风速、高盐量的沿海气候的可靠和易维护的材料，并最终选定耐腐蚀性强的不锈钢材。塔楼锥形外立面减少了40%的风负荷，不锈钢支柱形成了防雷击的保护网。

平安总部大楼拥有迄今为止世界上最大的不锈钢外立面，总共使用了1700吨316L型不锈钢。设计团队对建筑幕墙进行了广泛的研究，利用视觉模型确保所有组件的兼容性，并特别关注里层金属支架的设计。通过与当地工厂的紧密协作，降低了面板在转运过程中可能遭受损坏的风险，并确保塔楼挺拔的流线造型。项目中80%的材料可回收利用，有效提高了塔楼的可持续性。

The tower’s stone supports, rendered as chevron-shaped columns, converge at the tower’s height and mediate the tension of the earth to a single point in the sky. Sheathed in glass and stone, the podium houses perimeter columns and eight-story diagonal, steel braces that support this ascent.

As Shenzhen’s tallest building, Ping An Finance Centre serves as the physical and iconic center of the city’s new central business district, anchoring the area with its towering facades of stone, glass, and stainless steel. Because of the sheer quantity and scale of materials needed, KPF sought reliable and maintainable materials that could stand up to the high, windy altitudes and salty, coastal climate, eventually choosing stainless steel for its corrosion-resistant properties. Together, the tower’s tapered facade reduces wind loads by 40% and its stainless steel piers form a protective net against lightning strikes.

The resulting design for Ping An’s headquarters espouses the largest stainless steel facade in the world to date, using a total of 1,700 tons of 316L stainless steel. The team conducted extensive studies of the building’s curtain wall, utilizing visual mockups to ensure the compatibility of all components and paying special attention to the design of its metal subframe. By working with local factories as close to the site as possible, KPF was able to limit the risk of damage to the panels in transit and create the consistency that makes the tower’s height and streamlined form possible. The application of 80% recycled material also promotes the tower’s sustainability at the urban scale.