Flexim Headquarters ZRS Architekten

2018-08-29 03:00

 © ZRS Architekten

ZRS Architekten

架构师提供的文本描述。Flexim GmbH公司是一家在开发和生产超声波测量设备方面处于国际领先地位的公司。他们在柏林的新总部大楼的概念是基于六座庭院建筑，这些建筑可以分阶段建造，以适应该公司在数年内的逐步扩张，其中前两卷已于2016年完工。该概念的目的是最有效地适应复杂的生产和物流过程中发生的建筑，同时提供灵活的空间和大量的共享和交流领域。

Text description provided by the architects. Flexim GmbH is an internationally leading company in the development and production of ultrasound measuring devices. The concept for their new headquarters building in Berlin-Marzahn was based on six courtyard buildings that could be constructed in stages to accommodate the firm’s gradual expansion over a number of years, the first two volumes of which were completed in 2016. The concept aims to most efficiently accommodate the complex production and logistic processes that take place in the building while offering flexible spaces and a generous number of shared and communicative areas.

Text description provided by the architects. Flexim GmbH is an internationally leading company in the development and production of ultrasound measuring devices. The concept for their new headquarters building in Berlin-Marzahn was based on six courtyard buildings that could be constructed in stages to accommodate the firm’s gradual expansion over a number of years, the first two volumes of which were completed in 2016. The concept aims to most efficiently accommodate the complex production and logistic processes that take place in the building while offering flexible spaces and a generous number of shared and communicative areas.

 © ZRS Architekten

ZRS Architekten

 © ZRS Architekten

ZRS Architekten

这座建筑是以一种创新的木-混凝土结构体系建造的.因此，地下是钢筋混凝土和上层有混凝土核心，中心柱和主梁跨越木-混凝土混合地板系统。除了核心，整个轻型4楼完全是用木材建造的。此外，透气性和气候活性建筑外壳是一个完整的木结构.这些材料的性能与适当数量的玻璃，以及遮阳和夜间通风元件的补充，以提供一个最佳水平的用户舒适全年和低的一次能源需求。通过额外提供再生能源(从地下污水管道、太阳能集热器和光伏电池板回收热能)，该建筑比严格的德国ENEV标准低30%。

The building is constructed in an innovative timber-concrete structural system. Thus the below ground level is in reinforced concrete and the upper floors have concrete cores, central columns and primary beams spanned by a timber-concrete hybrid floor system. Apart from the core, the entire light-weight 4th floor is built completely in timber. Furthermore, the vapour permeable and climate-active building shell is a complete timber construction. These material properties are complemented by an appropriate amount of glass as well as shading and night-time ventilation elements to provide an optimal level of user comfort throughout the year and a low primary energy requirement. Through the additional provision of regenerative energy sources (heat reclamation from underground sewage pipes, solar collectors and PV panels), the building is 30% below the strict German EnEv standard.

The building is constructed in an innovative timber-concrete structural system. Thus the below ground level is in reinforced concrete and the upper floors have concrete cores, central columns and primary beams spanned by a timber-concrete hybrid floor system. Apart from the core, the entire light-weight 4th floor is built completely in timber. Furthermore, the vapour permeable and climate-active building shell is a complete timber construction. These material properties are complemented by an appropriate amount of glass as well as shading and night-time ventilation elements to provide an optimal level of user comfort throughout the year and a low primary energy requirement. Through the additional provision of regenerative energy sources (heat reclamation from underground sewage pipes, solar collectors and PV panels), the building is 30% below the strict German EnEv standard.