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VoltAir项目是位于柏林市中心亚历山大广场的一座充满活力的城市建筑群，该建筑群提供全新的办公空间。设计者采用了独特的堆叠立方体形式打造了这个集品牌、体育和酒店混合用途的建筑群，在2014年受邀的建筑竞赛中脱颖而出。建造伊始，该用地的所有权进行了变更，设计者根据用途的变化调整了雕塑设计的部分。在与业主进行合作以及与Regula Lüscher领导的设计咨询委员为的建设性协调领导下，本项目的品质的到了保证。玻璃立方体的组合排列使柏林的天际线变的更加有趣。

VoltAir is a pulsating urban building block for new office spaces at Alexanderplatz in the heart of Berlin. The design, with its distinctive stacked cubes, emerged from an invited architecture competition in 2014 with mixed use clusters for brands, sports and hospitality. After a change in ownership, the sculptural design was adapted and revised in response to a change in use. In collaboration with the property owner and in constructive coordination with the Design Advisory Board led by Regula Lüscher, the qualities of the design were preserved and strengthened. The arrangement of glass cubes allowed for a playful interaction with the Berlin skyline.

▼项目概览，Overall view © Sterling Elmendorf

▼从周围街道看向建筑，View of the building from surrounding streets © Laurian Ghinițoiu

▼鸟瞰，Bird’s eye view © Sterling Elmendorf

▼顶视，Top view © Sterling Elmendorf

建筑物的外观是由堆叠的两层玻璃立方体所定义的，立面采用了双层通风结构，和带有粘合冲击的玻璃，没有使用机械固定零件。本设计是德国有史以来最大的玻璃板材质的结构，设计者根据具体情况进行了报批，包括进行了摆锤摆动测试。

▼设计理念，design concept © J.MAYER.H

The appearance of the building is defined by stacked, two-story glass cubes, executed as a ventilated double facade with bonded impact panes without mechanical fastenings. Approvals on a case-by-case basis, including pendulum swing tests, were required for the complex construction with the largest glass panes ever bonded in Germany.

▼堆叠的建筑体量，The stacked building volumes © Laurian Ghinițoiu

▼与城市道路的关系，Relationship with urban roads © Laurian Ghinițoiu

▼建筑立面，Facade © Sterling Elmendorf

▼立面细部，Facade details © Ludger Paffrath, Laurian Ghinițoiu

本项目的设计竞赛中规定了建筑体量与城市轻轨之间的水平退距，使建筑能够和城市景观链接在一起；并且允许在建筑的立面设置绿色露台和凉亭。并且因为玻璃立方体类似浮雕结构，所以入口在建筑体量内的位置清晰可见。

▼剖面设计分析图，section design analysis © J.MAYER.H

The horizontal setback between the facade boxes at the level of the adjacent S-Bahn viaduct, already defined in the competition design, connects the building with the cityscape. It allows for green terraces and loggias in the facade. The entrances are clearly discernible within the building volume due to the relief-composition of the glass cubes.

▼立面入口处，Entrance © Laurian Ghinițoiu

室内的层高为3米，建筑高度共24米，设计者采用了裸露混凝土和技术装置，将建筑内部的结构仿照阁楼的样式打造，这样便于空间使用者进行沟通和社交。楼层布置既可以水平划分，也能够在垂直向上连接沟通，可以灵活地适应用户的各种需求。

With room heights of 3 meters, building depths of up to 24 meters, exposed concrete and technical installations, the interior of the building exudes a loft-like character and reflects communicative and social connectivity. The floor plans can be horizontally divided and vertically connected, allowing for flexible adaptation to user needs.

▼建筑围合出的绿色庭院，The green courtyard © J.MAYER.H

▼室内多种办公空间，Office space © Ludger Paffrath

▼窗边的休息空间，Rest space by the window © Ludger Paffrath

▼室外露台，Terrace © Ludger Paffrath

凭借项目的整体设计和其优越的地理位置——柏林最繁华的地段之一，VoltAir已经成为N26、Biontech、TomTom 和 Seven Senders 等多家创新公司的新办公地点。

Thanks to its holistic design and visibility in the urban space at one of Berlin’s most bustling locations, VoltAir has become the new home for innovative companies such as N26, Biontech, TomTom, and Seven Senders.

▼夜览鸟瞰，Night bird’s eye view © Sterling Elmendorf

▼夜览顶视，Night top view © Sterling Elmendorf

VoltAir项目符合了绿色建筑的所有特征：带有现场雨水管理的绿色屋顶通过蒸发水汽改善城市气候（海绵城市）；该建筑与区域供热系统相连，并配备了创新的高强度玻璃粘合系统（被动加热/冷却系统）；立面间隙处的防风遮阳罩和办公空间的LED照明可最大限度地减少热量的吸收。本项目已获得LEED金级标准绿色建筑的预认证。此外，设计者还在申请WiredScore的认证，来证明本项目的技术基础设计是具有前瞻性的。

VoltAir embodies all the characteristics of a Green Building: Green roofs with rainwater management on-site improve the urban climate through evaporation (sponge city). The building is connected to district heating and equipped with an innovative system of bonded high-impact panes (passive heating/cooling system). Wind-protected sunshades in the facade interstitial space and LED lighting in the office spaces minimize heat gain. A pre-certification as a Green Building with LEED Gold Standard has been achieved. Additionally, a WiredScore certification is also being pursued, indicating a forward-looking technological infrastructure.”

▼项目区位，site plan © J.MAYER.H

▼首层平面图，ground floor plan © J.MAYER.H

▼五层平面图，5 level plan © J.MAYER.H

▼横向剖面图，transverse section © J.MAYER.H

▼垂直剖面图，vertical section © J.MAYER.H

Location: Berlin, Germany
Architects: J.MAYER.H und Partner, Architekten mbB
Team J.MAYER.H:
Partner in charge: Jürgen Mayer H., Hans Schneider
Project leader: Marcus Blum
Team: Paul Angelier, Lars Becker, Christoph Emenlauer, Antje Kalus, Mael Kang, Simon Kassner, Elina Kolerova, Mehrdad Mashaie, Julien Sarale, Jonas Wenzke
Invited Competition, 2014, 1 Prize
Project: 2014 – 2023
Completion: Mai 2023
Gross Floor Area: ca. 29500sqm
Client: Joint Venture von ABG Real Estate Group und Felix Gädeke
Project Management: Ranner Projektmanagement GmbH
LPH 1-5a/8a: J.MAYER.H
LPH 5: Wenzel + Wenzel GmbH
LPH 6-8: dgk architekten GmbH
Structural Engineers: AWD Ingenieurgesellschaft mbH Berlin
Facade Consultant Engineers: knippershelbig GmbH, Berlin
Building Services: IGTech Gmbh
Building Physics: Möhler + Partner Ingenieure AG
Fire Prevention Engineers: hhp Ingenieure für Brandschutz
Certifications: LEED Gold, WiredScore
Photographers: Laurian Ghinițoiu, Sterling Elmendorf, Ludger Paffrath, J.MAYER.H

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