荷兰,赞斯塔德,威乐公司办公楼 / Benthem Crouwel Architects

建筑师: Benthem Crouwel Architects

地点:荷兰赞斯塔德

面积:1,300 sqm

年份:2009

摄影:Jannes Linders

荷兰威乐公司的核心业务是生产水泵,公司办公楼的设计灵感正是来源于此:一个外包焊接铝立面的管状体量,一个水面之上的壮观的倾斜悬挑构件。该建筑是Westzanerpolder Hoogtij商业园区第一批开发项目的其中之一。

端立面极具代表性,朝向前院和水面,设计尽可能透明。与此相反,侧立面较为封闭,以防止Westzanerweg大道交通噪音的干扰。建筑的形式与材料增加了这条道路的活力,并增强了过往司机的体验。

屋顶由轻质的型钢薄板制成。为了能利用混凝土的优点——防止室内快速升温与过热——薄钢板凹槽内部分填充了混凝土。两根管道从每个凹槽的混凝土中穿过,为建筑制冷,如果需要也可以供暖,主供暖系统设在楼板中。为了达到全部使用混凝土的屋顶的蓄热能力,设计师使用了一种特殊的混凝土拌合料。混凝土骨料中加入了固体石蜡,可以储存过剩的热量,而不会影响材料的温度。薄钢板的上表面穿孔,安装有隔声材料。最终设计出来的屋顶是一个轻质屋顶,有着混凝土的蓄热能力和良好的隔声性能。


Architects: Benthem Crouwel Architects

Location: Zaanstad, The Netherlands

Area: 1,300 sqm

Year: 2009

Photographs: Jannes Linders

Wilo Nederland’s core business in manufacturing water pumps inspired the design of this company building: a tubular volume wrapped by a welded aluminum facade and a spectacular sloping cantilever above the water. The building is one of the first developments in the Hoogtij business park in Westzanerpolder.

The end facades are the representative facades to the forecourt and the water and are as transparent as possible. By contrast, the side facades are more closed and protect against the traffic noise on the Westzanerweg. The form and materials of the building add an extra dynamism to this road and enhance the experience for passing motorists.

The roof is made of light, profiled-steel sheeting. To enjoy the benefits of concrete — preventing rapid warming and overheating of the interior — the grooves in the steel sheets are partly filled with concrete. Two pipes, channelled through the concrete in each groove, provide for the cooling and, if necessary, heating, in addition to the main heating system in the floor. To match the accumulative capacity of a complete concrete roof, the designers used a special concrete mixture. The addition of grains with paraffin wax to the concrete means that excess warmth can be stored without affecting the temperature of the material. The upper surface of the sheet is perforated and fitted with acoustic insulation. The result: a lightweight roof with the accumulative capacity of concrete and good acoustic properties.