項目地點：浙江省舟山

項目類型：辦公

設(shè)計時間：2017年

建成時間：2021年

項目規(guī)模：46，248平方米

設(shè)計單位：gad杰地設(shè)計

項目總監(jiān)：張微

項目主創(chuàng)：吳克鎖

建筑：孫駿? 陶斯亮? 舒湛? 蔡恒屹

結(jié)構(gòu)：李小玲

給排水：張躍強

暖通：張言軍

電氣：卓祖航

攝影師：存在建筑，gad

Project Location： Zhoushan， Zhejiang Province

Project Type： Office

Design Time： 2017

Completion Time： 2021

Project Scale： 46，248㎡

Design Unit： gad

Project Director： Wei Zhang

Project Creator in Chief： Kesuo Wu

Architecture： Jun Sun， Siliang Tao， Zhan Shu， Hengyi Cai

Structure： Xiaoling Li

Water Supply and Drainage： Yueqiang Zhang

HVAC： Yanjun Zhang

Electrical： Zuhang Zhuo

Photographs： Arch Exist Photography， gad

小中見大的營造

項目基地所在的浙江省舟山海洋科學(xué)城集聚了眾多海洋科技創(chuàng)新資源，且西側(cè)為規(guī)劃綠廊，南臨濱海公園，擁有一線面海的景觀資源。為了落實上位產(chǎn)業(yè)布局和空間規(guī)劃，并充分利用周邊良好的景觀條件，設(shè)計團隊提出“企業(yè)社區(qū)”的概念，通過組團化的布局形成園中有院的開放交往空間。標(biāo)準(zhǔn)辦公單元遵循彈性、高效的原則，以適應(yīng)孵化園區(qū)內(nèi)各類新興中小型企業(yè)的辦公需求。

項目創(chuàng)新性地提出分散化獨棟布局，與傳統(tǒng)的塔樓加裙房的布局方式不同，圍繞著中心庭院，13個相對獨立的標(biāo)準(zhǔn)單元按3至4個形成一組，其間各種尺度的庭院與連廊形成完整的底層交往空間，以營造社區(qū)氛圍。車行交通組織在園區(qū)外圍解決，內(nèi)部適宜步行觀景。建筑物體塊組合關(guān)系豐富，通過屋頂輪廓的變化形成南低北高、西低東高的天際輪廓線，面向海景呈梯級式跌落。

組團單元柱網(wǎng)規(guī)則，布局彈性機動，基本單元層20x20米，柱網(wǎng)8.4x8.4米，服務(wù)空間集中設(shè)置，釋放出完整且三面開敞的辦公空間，可根據(jù)入駐企業(yè)的規(guī)模切分使用，增強了園區(qū)經(jīng)營的靈活性。

立面選用了白色穿孔網(wǎng)板與LOW-E玻璃幕墻結(jié)合，開啟扇藏于白色穿孔網(wǎng)板之后，形成虛實對比、開闔有度的整體形象。穿孔板這一材質(zhì)避免了樓棟間距較近帶來的視線干擾，其45%的通透率也可通過在東西兩側(cè)的大量使用遮擋陽光直射，有效降低建筑能耗。

Much in Little Applied to Construction

China （Zhoushan） Marine Science City in Zhejiang Province， where the project base is located， gathers numerous resources formarine scientific and technological innovation. It has a planned green corridor on the west and Coastal Park on the south， as well as a landscape resource of facing the sea. In order to implement industrial layout and space planning of the upperlevel， and make full use of good surrounding landscapes， the design team proposes the concept of "enterprise community"， namely forming an open communication space of courtyards in the garden through the grouped layout. The standard office units follow the principles of flexibility and efficiency， so as to meet the office needs of various emerging small and medium-sized enterprises in the incubation park.

The project proposes aninnovative layout of decentralized detached buildings， which is different from the traditional layout of connected towers and podiums. 13 relatively independent standard units are divided into groups of 3 to 4， with each group being around a central courtyard， and these different courtyards are connected by corridors of various dimensions， forming a complete communication space on the ground floor to create a community at mosphere. Vehicles will be parked on the periphery of the park， and the interior is for walking and enjoying the scenery. Building blocks here are combined in various ways and a skyline of low in the south and high in the north， low in the west and high in the east is formed because of the change of roof profiles. This skyline falls step by step towards the nearby sea.

Column grids in each group are regular while the layout is flexible. The basic unit floor is 20m x 20m and the basic unit column network is 8.4m x 8.4m. The service space is concentrated in one side， allowing the remaining space to bea complete office space with three sidesopen. Such office space can be divided and used according to the scale of the settled enterprises， enhancing the operation flexibility of the park.

The facade is composed of white perforated metal panels and LOW-E glass curtain walls.Opening windows are hidden behind white perforated metal panels， forming a contrast between the virtual and the real， opening and closing. Perforated metal panelscan avoid the sight interference caused by the short distance between buildings， and effectively reduce building energy consumption as they have a permeability of 45% and can block direct sunlight when extensively used on the east and west sides.