上海亞蘭德新能源材料研發基地二期 中國上海

業主：上海亞蘭德新能源有限公司

設計單位：中國建筑設計研究院有限公司

設計團隊：曹曉昕、王建武、高蕾蕾

用地面積：26 546 平方米

建筑面積：44 853 平方米

建筑高度：23.90 米

設計時間：2016年

竣工時間：2018年

Client: Shanghai Yarland New Energy Co.,Ltd

Architect: China Architectural Design and Research Group

Design team: Cao Xiaoxin,Wang Jianwu,Gao Leilei

Site area: 26,546 m2

Built: 44,853 m2

Highs: 23.90 m

19世紀末20世紀初，東西文化激蕩，中國經歷數千年未有之變局，一些有識之士出國留學，開眼看世界，希冀從西方尋求救亡興國之道。素抱教育救國理想的蔡元培認為，德國是當時哲學、教育學最發達的國家,故向學部提交呈請，“擬自措資費，前往德國，專修文科之學，并研究教育原理”[1]452。

Design Date: 2016

Completion Date: 2018

設計與構思

項目位于上海市浦東新區，是綜合辦公與商務、科研、服務為一體的研發總部園區，主要服務于世界五百強的國際醫藥、生物、電子制造等高科技企業，設計理念是高效與共享，設計希望創造未來型、智能化與生態環境協調的共享工作空間。

項目在嚴整的產業園內，力求通過建筑材質的探索性運用與辦公空間的高效利用，使之具有標志性和實驗性。建筑平面與功能組織簡潔流暢高效，立面在遮陽位置采用膠合竹材質的竹鋼搭建，形成具有豐富材質肌理的建筑效果。這不僅是對建筑表皮的探索，也是對新型建筑材料的實踐性運用。建筑設計通過低造價實現的獨特形態與表皮形成了超乎尋常的標志性，具有良好的示范性，并取得了積極的經濟效益和社會效益。

材料與建構

建筑外墻采用新型環保材料高強度竹基纖維，建造體系采用裝配式型鋼骨架竹基纖維復合系統，每個單元體作為獨立模塊在工廠內標準化生產加工，并經過現場組裝形成完整的建筑立面造型。每個單元體包括主體型鋼結構框架體系、竹基纖維飾面層、獨立竹基纖維構件、連接件、預埋焊接件等。材料的肌理與質地給人以溫暖親切的觸覺感受，縮小了建筑與使用者之間的心理距離，且具有良好的強度與耐久性。

建筑設計通過大量的1 ∶10 的實體模型，推敲立面與材料的構成，采用型鋼結構框架替代傳統實木構造，充分發揮鋼結構強度大、焊接后整體性強、造型靈活多變的特點，為塑造復雜形態的木建筑及構筑物提供了優化方案。使用竹基纖維替代傳統木材，其耐火性能可達 B1 級，滿足了國家對建筑外立面構件的防火要求。

建筑空間圍繞采光中庭組織，平面方正規則，功能流線簡潔合理，辦公樓的有效得房率達82% 。四部景觀電梯布局在中庭兩端，陽光從屋頂傾瀉而下，四層高的綠色植被墻沿長向徐徐展開，自動滴灌系統調節室內微氣候，增加了建筑內部空間的生態效能。建筑采用5.5 米的大層高設計，可滿足不同企業對室內空間的差異化需求，為入駐企業提供了豐富靈活的空間塑造可能性。

Design Concept

Located in Pudong New District,Shanghai,the project is an R&D headquarters park integrating comprehensive office and business,research and service as one,mainly serving the world's top 500 international pharmaceutical,biological,electronic manufacturing and other high-tech enterprises.The design concept is efficient and sharing,with the hope to create a shared workspace with futuristic,intelligent and coordinated ecological environment.

The project seeks to create a certain iconic and experimental character through the exploratory application of architectural materials and the efficient use of office space in a tightly organized industrial park.The building plan and functional organization are simple,smooth and efficient,and the fa?ade is constructively built with bamboo steel made of glued bamboo in the sunshade position,finally forming an architectural effect with rich material texture.This is not only an exploration of architectural skin,but also the practical use of new building materials.The unique form and skin of the building design achieved through low construction cost is extraordinarily iconic,with exemplary as well as positive economic and social benefits.

Material and Construction

The exterior wall of the building is made of a new environmental protection material,high-strength bamboo-based fiber,and the facade construction system adopts the prefabricated steel skeleton bamboo-based fiber composite system.Each unit is produced and processed as an independent module in the factory in a standardized manner and assembled on-site to form a complete building fa?ade.Each unit includes the main steel structure frame system,bamboo-based fiber facing layer,independent bamboo-based fiber components,connectors,embedded weldments,etc.The texture of the material has a warm and friendly tactile feeling,reducing the psychological distance between the building and the users,and has good strength and durability.

The architectural design,based on a large number of 1:10 solid models,and the composition of fa?ade and materials is deduced.The steel structure frame is used to replace the traditional solid wood structure,giving full play to the characteristics of high strength of steel structure,strong integrity after welding,and flexible and versatile shape,providing an optimized solution for shaping complex forms of wooden buildings and structures.Using bamboo-based fiber instead of traditional wood;its fire-resistant performance can reach Class B1,which can meet the national requirements for the fire protection of building facade components.

Inside and Outside

The building space is organized around a daylight atrium,with a square and regular floor plan,a simple and reasonable functional flow,and an effective office occupancy rate of 82%.Four landscape elevators are arranged at the two ends of the atrium,with sunlight pouring down from the roof and a four-story high wall of green vegetation unfolding along the long direction,and an automatic drip irrigation system regulates the indoor microclimate,increasing the ecological efficiency of the building's internal space.The building is designed with a large floor height of 5.5 m,which can meet the differentiated needs of different enterprises for indoor space and provide rich and flexible space shaping possibilities for the resident enterprises.