休息后关于Odooproject的更多信息.。

More information about Odooproject after the break...

奥多的广场规划有两个主要要素：北半围和南半室外露台，南边是“夏季墙”。在季节允许的情况下，该设计允许全年舒适地居住在室内或室外。

Odoo’s square plan has two primary elements: the north half enclosure and the south half outdoor terrace, bordered by the ‘summer wall’ to the south. The design allows comfortable living inside or outside throughout the year as the seasons allow.

 Courtesy of Solar Decathlon Europe

欧洲太阳能十项全能

外壳是一种紧凑的形式，良好的绝缘和密封，以最大限度地提高材料和能源效率。这座建筑几乎是整体的，除了南面，它完全是三层玻璃的。大的滑动门淡化了室内和室外生活空间之间的隔阂。在内部，开放的平面空间可以采用移动和灵活的家具，而不是墙壁，使房子很容易作为一个展馆。

The enclosure is a compact form, well insulated and airtight, to maximize material and energy efficiency. The building is almost monolithic, save for the south façade, which is entirely triple-glazed. Large sliding doors play down the division between the indoor and outdoor living spaces. Internally, the open plan space can be adapted using the mobile and flexible built in furniture, instead of walls, making the house easily presentable as a pavilion.

 © Balázs Danyi

(Balázs Danyi)

让露台适合居住的秘诀在于沿着南边延伸的“夏季墙”。白天提供遮阳，这堵墙的厚度为户外生活提供了必要的便利设施。躲在墙上，你可以找到露台家具的储藏室，一个设备齐全的室外厨房和一个可移动的露天壁炉。墙也隐藏了暖通空调系统和被动空调系统的工作原理。

The secret to making the terrace habitable lies in the ‘summer wall’ stretching along its south border. Providing shade during the day, the thickness of the this wall houses the amenities necessary for living outdoors. Hiding inside the wall you can find storage for terrace furniture, a fully equipped outdoor kitchen and a movable open fireplace. The wall also conceals the workings of the HVAC and passive conditioning systems.

 © Balázs Danyi

(Balázs Danyi)

为了提供舒适的环境，尽可能有效地使用主动和被动系统。紧凑型的odoo减少热量损失，而它的组织意味着它有两个朝南的正面。玻璃外墙利用太阳能，在冬季加热室内，而“夏季墙”上的太阳能电池板利用夏季太阳发电。

To provide a comfortable environment, as efficiently as possible, the house uses both active and passive systems. The compact form of Odoo reduces heat loss, while its organization means it has two south-facing facades. The glass façade exploits solar gain, to heat the interior during the winter, and the solar panels on the ‘summer wall’ generate power from the summer sun.

 Courtesy of Odooproject

Odooproject提供

由于凉亭重量轻，热质量由一个独特的水管系统提供。在冬季，太阳能可以加热地板上的管道，然后把水抽进隔热的水箱，晚上可以用来给房子取暖。在夏天的几个月里，洒水器在天黑后将屋顶的热量消散，使系统能够在白天将其用作冷却块。

Due to the lightweight nature of the pavilion, thermal mass is provided by a unique system of water pipes. During the winter solar gain heats pipes in the floor, the water is then pumped into an insulated tank and can be used to heat the house at night. In the summer months, sprinklers dissipate the heat from roof after dark, allowing the system to use it as a cooling mass during the day. 

 © Balázs Danyi

(Balázs Danyi)

Odooproject的圆滑黑色外表让他们从太阳能电池阵列中获得了他们的队列，不仅覆盖了夏天的墙壁，还覆盖了屋顶。加在一起，这些面板产生的能源是房子每年耗能的三倍。

Odooproject’s sleek black looks take their queue from the array of solar cells, covering not only the summer wall, but also the roof. Combined, these panels produce three times more energy than the house would consume annually.

太阳十项全能之后，奥多项目被重新组合在布达佩斯科技经济大学的校园里，它现在就住在那里。

After the Solar Decathlon, Oodoproject was reassembled on the campus of The Budapest University of Technology and Economics, where it currently resides.

建筑师Odooproject建筑和室内设计Adrián Auth，Balázs Szelecsényi建筑设计学院顾问Lászlócsízy首席教师顾问Tamás Varga项目年2012照片Balázs Danyi

Architects Odooproject Architectural and Interior Design Adrián Auth, Balázs Szelecsényi Faculty advisor of architectural design László Csízy Lead faculty advisor Tamás Varga Project Year 2012 Photographs Balázs Danyi

有关进一步的团队成员和更多信息，请访问Odooproject。

For further team members, and more information visit Odooproject