Lotus-Inspired Skyscrapers with Aluminum and Glass Facades in China | Aedas

Lotus-Inspired Skyscrapers with Aluminum and Glass Facades in China | Aedas

Aedas, the architectural studio, has designed a duo of 150-meter-tall skyscrapers known as One Future in Hangzhou, China, distinguished by their rounded edges. Drawing inspiration from lotus plants in the West Lake vicinity, these structures feature facades adorned with aluminum and glass panels, complemented by bronze fins that gracefully taper at their base. Read more about the project below on SURFACES REPORTER (SR):

Aedas executive director Wei Li and global design principal Ken Wai want their building design to be simple and culturally meaningful by drawing inspiration from the local Xiao Shan culture's lotus roots. They aim to create a layout that works well while also honoring the heritage of the area.

Rounded edges, curved facades, and bronze fins

The skyscrapers present a distinctive design with curved facades on each tower, forming a refuge floor in case of emergencies. These curving elements break the rectilinear form, creating a unique visual identity. At the tower bases, a sweeping canopy extends from the facades, serving as a sheltered entryway.

Surrounding the towers is a ground-floor courtyard, hidden from the main roads by a perimeter wall and hedges, providing a peaceful space lined with trees. Bronze-framed entrances punctuate the curving facade, blending seamlessly with the fins.

Optimizing Space

To maximize open landscape area on the small site, Aedas abandoned the idea of a bulky podium, minimized car circulation, and designed the towers' bases to taper inward, freeing up additional ground area.

Spanning 33 stories and 63,500 square meters, One Future houses both office and residential spaces, accessible via individual elevators to delineate the two programs. Aedas addresses the evolving needs of young entrepreneurs by offering flexible live/work spaces, allowing tenants to choose between work and residential unit layouts.

Innovative design strategies, such as minimizing elevator zones within the architectural cores, showcase Aedas' commitment to optimizing usable space on the limited plot.

Project Details

Client: Hangzhou Jumen Real Estate Co
Design and Project Architect: Aedas
Design Directors: Wei Li (Executive Director), Ken Wai (Global Design Principal)
Photo Courtesy: DONG Image
×
×

Post Your Comment


"Content that powers your Business. News that keeps you informed."

Surfaces Reporter is one of India's leading media in Print & Digital Telecast for News on Interiors & Architecture Projects, Products, Building Materials, and the Business of Design! Since 2011, it serves as a referral for designers & architects to know about inspiring projects and source new products. If you have a Product or Project worth publishing in Surfaces Reporter, please email us hello@surfacesreporter.com or you can also submit your project online.

Like Surfaces Reporter on Facebook | Follow us on Twitter and Instagram | Subscribe to our magazine | Sign Up for the FREE Surfaces Reporter Magazine Newsletter

A Project with Serene Canyon Walls and Gravity-Inspired Ceiling Showcasing Innovative Use of Light and Space | China | GODOT DESIGN

The gravity-influenced ceiling in the reception hall symbolizes the brand’s allure, while undulating forms and a guiding light strip enhance the spatial experience.

Read more

Twisted Brick Shell Library in China | HCCH Studio

The pavilion consists of two brick hemispheres connected by a twisting wall made of perforated steel plates and in-situ concrete.

Read more

Ole Scheeren Unveils Shenzhen Skyscrapers with Cascading "Waterfall" Facades

Buro Ole Scheeren has unveiled designs for a twin-tower office complex in Shenzhen, set to be the new headquarters for JD.com, China’s major online retailer with a USD $153 billion turnover.

Read more

FOG Architecture Designs Mobile Bakery with Grain Sack Walls in China

Designed by local studio FOG Architecture, the Cycle Cycle Mobile Bakehouse in Hangzhou, China, features walls constructed from stacks of grain sacks.

Read more


This is alt