December 25, 2024

Super high-rise sunshade component, Shenzhen Radio and Television Financial Center Building/extraordinary building

© Baiyu Climate and Energy Conservation Shenzhen Radio and Television Financial Center Building is located in the central area of Futian, and the south side is adjacent to the current Radio and Television Building.

There is a public square between the two buildings.

We conceive Shenzhen Radio and Television Financial Center Building as a super high-rise building that can adapt to the weather conditions of excessive sunshine and hot air in Lingnan all year round.

We have abandoned the typical glass curtain wall of skyscrapers and established an effective sunshade system to reduce light pollution and urban heat island effect.

© Rkatsiteli © Rkatsiteli © We have designed an integrated 600mm deep shading grid on the building facade, in which the width of horizontal shading components gradually narrowed from 1.5m at the bottom of the podium to 0.3m at the top of the tower.

The vision of the building users gradually opens with the changes of the shading components, and these changes also give the building facade a unique and powerful rhythm.

The result is that the use rate of curtain wall glass is reduced by about 40% compared with the conventional design, thus providing people with a more environmentally friendly work and living place.

© Rkatsiteli © White feather shading grid details © The white feather space and the tower of the urban building have efficient rectangular plane.

There are no columns at the four corners to make the view more open.

The two multi-storey courtyards and the garden on the roof of the podium provide outdoor places for people to rest, socialize and work, and these places also enjoy excellent views.

© Rkatsiteli © Rkatsiteli © A circle of colonnades on the outside of the first and second floors of the Baiyu Building (the form can be traced back to the common arcades in Lingnan area) provides people with shade and shelter from rain, and also encourages the interaction between the office building and the adjacent communities.

An overhead square is set in the middle of the colonnade, providing 1400 square meters of roofed activity space for the public.

Colonnade arcade © Baiyu Aerial Square © How do Baiyu skyscrapers and regionalism reflect the regionality of contemporary skyscrapers? This is a topic we ask ourselves repeatedly in the design.

The hot and rainy climate in Lingnan has never been an obstacle for people to embrace the outdoor environment or enjoy life.

People use architectural vocabulary, including low-carbon ways, to cope with the inconvenience brought by these climates – from the use of colonnades, roofed outdoor spaces and courtyards to various shading systems; These vocabularies not only gave birth to local architectural types, but also nourished the lifestyle of Lingnan.

© Rkatsiteli © To some extent, Bai Yu’s task in Shenzhen is to create a super high-rise office environment in line with this lifestyle from a contemporary perspective and approach, and make the environment more open, green, and full of vitality.

© Rkatsiteli © Rkatsiteli © Baiyu Project Drawing General Layout Plan of the First Floor Plan of the Third Floor Plan of the Sixth Floor Plan of the Tenth Floor Plan Icon Standard Floor+Roof Floor Plan of the West Elevation Plan of the North Elevation Profile Project Information Client: Shenzhen Radio, Film and Television Group Location: Shenzhen, Futian Pengcheng First Road Presiding Architect: Zhang Yonghe Project Team: Liang Xiaoning, Chen Zhengda, He Zhe, Huang Shuyi, Cheng Yishi, Liu Yang, Wu Xiu, Shen Haien, Qiu Yukui, Wu Zihui Jiang Shan and other design partners: Shenzhen Institute of Machinery Architectural Design Co., Ltd.

Building area: 230000 square meters Building height: 232.4m (floor height: 214.2m) Number of floors: 50 above the ground, 5 underground structural materials: steel tube concrete, steel structure design cycle: 2008-2016 Construction time: 2017-2020 Completion time: 2021 Photographer: Bai Yu Editor in charge: Han Shuangyu; Editor: Shao Zhuqi * The title and format of this article submitted by the architectural firm are sorted out by ArchDaily
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