浙江省杭州东站(HangZhou East Railway Station) - CSADI

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项目概况:
建筑设计:中南建筑设计院股份有限公司 (CSADI)
地址:中国浙江,杭州市江干区新城中心(Hangzhou, Zhejiang, China)
建筑师:袁培煌,李春舫,王力,戚广平,王楠,方欣(Peihuang Yuan, Chunfang Li, Li Wang, Guangping Qi, Nan Wang, Xin Fang)
建筑师团队:中南建筑设计院股份有限公司第三设计部
面积:321020.0 平方米
完工时间:2013
照片版权:施峥(Zheng Shi)
获奖概况:中国建筑学会“2014年中国建筑设计奖”,2014年度湖北省优秀工程设计一等奖,2014年度浙江省优秀工程设计一等奖

项目简介:
杭州东站位于浙江省杭州市,2009年设计,2013年竣工,建筑面积约34.33万平方米。本项目涵盖3个车场、15个站台、30条到发线,站房地上2层,地下3层,是汇集高铁、普铁、专线、地铁、公交等多种交通方式和配套服务设施于一体并可实现立体无缝交通换乘的铁路车站,是国家九大铁路枢纽站之一,也是亚洲最大交通枢纽之一。

车站建筑造型新颖、大气,富有张力的钢结构和流畅的室内空间,巧妙呈现了杭州“钱塘大潮”的意象。建筑形式充分展现了杭州“精致和谐、大气开放”的城市精神,充满时代特征。

建筑形态与结构形式、建筑空间三者完美融合,充分体现了结构的真实性及合理性。主站房采用巨型空间桁架结构体系,主站房屋盖南北连续主跨280米,最大跨距81米,创造出体现结构力学之美的轻盈屋盖,充满动感和未来感。

设计综合运用建筑体量自遮阳、活动外遮阳、热压自然通风等被动式节能措施,同时也采用了地源热泵、太阳能光伏发电系统等清洁能源技术。

车站屋顶太阳能光伏系统是目前世界上最大规模建筑单体的屋面光伏系统应用之一,总计铺设多晶硅太阳能光伏组件7.9万m2,发电容量约10.04MWP。可持续的绿色车站理念将给社会带来巨大的节能环保示范效应。
(中文为简介,与英文不一一对应)

项目其它信息:
Architects Team: CSADI Third Design Department
Client: China/Hangzhou Jianggan area east new town Centre
Engineering: Ting Li,Deliang Zhou, Dengwu Cao, Wei zhang,Yi Qian

From the architect.Hangzhou East railway station designed by CSADI is a massive three-dimensional transportation hub. It has provide multiple transportation service such as railway, underground, over ground, bus, coach, taxi ,exc.

The station architecture forms has cleverly reflect on the meaning of Hangzhou “the Qiantang bore” by using modern, fluency, full of tension steel structure work. The design of the station has represented the spirit of the city which is delicate and grand open.

The perfect combination of architecture forms, space and structural style has showed authenticity and rationality of structural. The roof of main station room spans 280 meters from south to north and the maximum outreach is 81 meters by using giant space truss work system. It has created the beauty and lightness of structural mechanics with sense of dynamic and futuristic.

The design has been using construction volume self-shading, movable external sunshade, natural ventilation by thermal pressure for passive energy conservation measure, and also using ground-source heat pump system, rooftop solar photovoltaic battery for active ecological technology. The roof with solar and photovoltaic cells lies with 79 thousands m2 of polycrystalline silicon solar photovoltaic modules. The generating capacity is about 10.04 MWP. The concept of sustainable green station will bring huge energy saving demonstration effect to the community.





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