蒙彼利埃社区幼儿园/不详

发布于：2023-06-29 08:36:29

Montpelier Community Nursery

位置：英国伦敦

分类：教育建筑

内容：实景照片

图片：21张

建筑设计：AY Architects
图片来源：Daniel Stier, Nick Kane

这是由AY Architects设计的蒙彼利埃社区幼儿园，位于英国伦敦卡姆登的肯特镇上。该地区之前的旧幼儿园建在一个破旧的不安全的房屋中，该房屋的使用寿命只有短短的十五年，始建于1983年。建筑师建议该地区应当建立一个固定的、安全的、有保障的可持续的社区幼儿园。
新建筑的灵感来自于公共花园，围绕一个大型的绿色空间而建。该建筑的顶部使用了木材版面，屋顶暴露出来的部分完全洗白。中下部分使用了西伯利亚落叶松木色彩，最外部是绿色的空间，使用了成年的松木。
另外，窗户的设计很大气，为落地窗，对角开窗，这样的设计可以使阳光尽可能多的照入屋内，并且可以自然通风。在南边还有一个大窗户和百叶窗，正对着公共花园，花园中为用户提供了低长的板凳。最后，设计师还不忘将绿色环保理念注入其中，项目使用了低碳设计，并丰富了当地的生物多样性和保水性。

译者：砖头

The nursery had been operating from a dilapidated and unsafe portakabin with a lifespan of only 15 years, originally built in 1983. AY Architects initiated a proposal for its demolition and replacement with a new building in an effort to secure affordable childcare and a sustainable building for the community for the long term.
The design of the new building takes its inspiration from the unique setting within the public gardens. It is planned around a large flexible playspace that generously opens out to the external green space distinguished by a concentration of mature trees.
The superstructure is made up of cross laminated timber panels with an exposed internal white wash finish. The exterior of the building is clad with ebony stained fsc siberian larch decking to give the building a robust skin. The dark exterior allows the building to sit contently within the park and amongst the trees trunks.
A series of glue laminated timber columns echoes the verticality of the surrounding trees while the roof is designed to maximise daylight and allow natural ventilation. Three strip windows with north-south orientation span the plan diagonally.
The south wall of the main playspace includes a large window and shutter looking directly onto the public gardens, and also offers a slender low bench to be used by the neighbours.
The nursery is designed as an energy efficient building in operation and low carbon in construction. A mixed sedum blanket forms the roof finish, contributing to local biodiversity and water retention.