Location Plan

架构师提供的文本描述。D10位于德国乌尔姆附近，是一栋单层一户式住宅，建在一个既有的住宅区内。一条私人车道提供通往这所房子的通道。两个平行的剪力墙是建筑物的一个显著特点。慷慨设计的玻璃可以提供一个空间外壳。在一个广泛突出的平顶的保护下，一个大大小小的庭院环绕着房子，使室内空间和室外空间结合在一起。通过这个庭院也可以进入大楼。

Text description provided by the architects. Located near Ulm, Germany, D10 is a single-storey one-family home built in an established residential area. A private driveway provides access to the house. Two parallel shear walls are a distinguishing feature of the building. Generously designed glazing serves to provide a spatial enclosure. Protected by an extensively projecting flat roof a generously sized patio encircling the house serves to unite the indoor space with the outdoor space. Access to the building is also gained via this patio.

 © Zooey Braun

佐伊·布劳恩(Zooey Braun)

起居室位于一楼，附属房间设在地下室。这座建筑的北侧有一个双车库，可以从地下室直接进入。起居室的楼梯提供了进入室内的通道。

The living areas are located on the ground floor, whilst the ancillary rooms are housed in the basement. The building is adjoined on the north side by a double-garage, which can be accessed directly from the basement. A stairway in the living room provides access inside the house.

 © Zooey Braun

佐伊·布劳恩(Zooey Braun)

能源概念保证运行建筑物所需的所有能源都是从再生能源中获得的。地热能源系统和高效热泵提供生产暖水和满足供暖和冷却需要所需的能源。屋顶的整个表面都安装了光伏系统，其年平均发电量比建筑物消耗的还要多。

The energy concept guarantees that all of the energy required to run the building is gained from regenerative sources. A geothermal energy system and a highly-efficient heat pump provide the energy required to produce warm water and meet heating and cooling needs. The entire surface of the roof is fitted with a photovoltaic system that generates more power on an annual average than the building consumes. 

 © Zooey Braun

佐伊·布劳恩(Zooey Braun)

D10是世界上最早实现WernerSobek开发的Triple Zero概念的建筑之一。

D10 is one of the first buildings in the world in which the Triple Zero ® concept developed by Werner Sobek has been fully implemented.

 © Zooey Braun

佐伊·布劳恩(Zooey Braun)

 Ground Floor Plan

Architects Werner Sobek

Location Ulm, Germany

Category Houses

Architect in Charge Werner Sobek

Area 190.05 sqm

Project Year 2010