一座木制的Bosvilla[森林别墅]已经在诺德韦克的白蜡树和枫树之间建成。由于定位在地块的中间，美丽的造林区被最大限度地利用。博斯维拉的所有空间都以一种清晰的、几乎是数学的方式排列，因为它们与可见的建筑相吻合。房子周围布置了一个露台，与悬空的屋顶一起，使室内和室外的空间相互流动。它们共同形成了生活空间和自然之间的过渡区。

A wooden Bosvilla [forest villa] has been built between the Ash and Maple trees in Noordwijk. Due to the positioning in the middle of the plot, the beautiful afforested area is used to the maximum. All spaces in the Bosvilla are arranged in a clear, almost mathematical way because they coincide with the visible construction. A terrace has been laid out around the house, which, together with the overhanging roof, allows the indoor and outdoor spaces to flow into each other. Together they form a transition zone between the living spaces and nature.

为了尽可能地减少对环境的影响，我们设计了一个没有排水沟的适度的屋顶形状。由于采用了锌覆层，它基本上消失在天空中，在绿色环境中显得格外突出。屋顶的木梁继续向外延伸，形成一种帽子，保护房屋免受雨水、树木的污垢和夏季太阳的热量。在冬天，当树木光秃秃的，太阳很低的时候，太阳的热量确实进来了。帽子的边缘覆盖着深色的木材包层，并以连续的桃花心木线条装饰。

In order to make an as little impact as possible on the environment, a modest roof shape without gutters has been designed. Due to the zinc cladding, it largely disappears into the sky and stands out sharply against the green environment. The timber roof beams continue outside, creating a kind of hat that protects the house against rain, dirt from the trees, and heat from the summer sun. In the winter when the trees are bare and the sun is low, the solar heat does come in. The brim of the hat is covered with dark timber cladding and is finished with a continuous mahogany line.

这坐落在承重墙上，承重墙的外面用希尔维瑟姆大小的砖块包覆。房屋的建造在内部也清晰可见。在这里，承重墙被抹上了白色的灰泥，其间放置了桃花心木框架。在承重墙上，放置了可见的层压梁，这些层压梁沿着房屋的正方形足迹，通过一个十字架将其分为四个象限，在一楼和二楼都有。

This sits on the load-bearing walls, which are clad on the outside with Hilversum-sized bricks. The construction of the house is also clearly visible in the interior. Here the load-bearing walls have been plastered in white, between which mahogany frames have been placed. On the load-bearing walls, visible laminated beams are placed, which follow the square footprint of the house and divide it into four quadrants by means of a cross, both on the ground floor and on the first floor.

一个象限保持开放，在厨房区域上方形成一个空隙。屋顶结构和一楼形成十字架的承重墙用建设性的木板完成。在空隙的墙壁上设计了两个圆形的窥视孔，这在厨房和上层之间创造了一个视觉连接。空隙中的两个电动天窗在夏季提供了额外的日光和自然通风。

One quadrant remains open, creating a void above the kitchen area. The roof construction and the load-bearing walls on the first floor that form the cross are finished with constructive wooden plates. Two round peepholes have been designed in the wall of the void, which creates a visual connection between the kitchen and the upper floor. The two electric skylights in the void provide extra daylight and natural ventilation in the summer.

在一楼的角落里发生了一些特别的事情。因为层压梁一直延伸到角落，所以这些角落不需要建设性的支持。博斯维拉的角落就像浮动的一样，为了达到最大的透明度，角落里的玻璃被直接粘在一起，没有框架。下雨时，水像雨伞一样从屋顶流下，通过露台周围的排水系统被收集到一个地下水箱。然后，这些雨水被用来浇灌花园、冲洗厕所，并为洗碗机和洗衣机提供非常柔软的不含石灰的水。

Something special is happening in the corners on the ground floor. Because the laminated beam continues into the corners, constructive support is not necessary for these corners. The corners of the Bosvilla float as it were, and to achieve maximum transparency, the glass in the corners is glued directly together without a frame. When it rains, the water runs off the roof like an umbrella and is collected in an underground tank through a drainage system around the terrace. The rainwater is then used to water the garden, flush toilets, and supply the dishwasher and washing machine with very soft lime-free water.

这就节省了70%的饮用水用量。此外，该房屋采用了热泵和带热回收的通风设备，非常节能。计算表明，由于树木的原因，这个地方的太阳能电池板的产量太低，所以选择了通过公司的外部太阳能电池板。经过三年的过程，我们与Bosvilla的新居民一起回顾了一个成功的过程和最终结果。在这所房子里，我们作为一个办公室所追求的建筑与可持续的、愉快的生活结合在一起。

This saves 70% on the use of drinking water. Furthermore, the house is energy efficient with a heat pump and ventilation with heat recovery. Calculations showed that solar panels at this location achieve too low a yield because of the trees, so external solar panels via a corporation were chosen. After a process of three years, we look back on a successful process and end result together with the new residents of the Bosvilla. In this house, the architecture that we strive for as an office comes together with sustainable and pleasant living.

Architects: Kevin Veenhuizen Architects
Area: 231 m²
Year: 2021
Photographs: MWA Hart Nibbrig
Manufacturers: Mijn Waterfabriek
Team:Kevin Veenhuizen, Guillaume Pfefferle
Contractor:STB
Architect:Kevin Veenhuizen Architects
Furniture Maker:Zoet Hout
City:Noordwijk
Country:The Netherlands