架构师提供的文本描述。Superloft Blok Y是作为开放建筑设计的，它是MarcKoehler建筑公司(MKA)发起的Superloft项目的一部分，重点是灵活性、参与性和适应性。它为30名房主提供了一块空白画布，可以根据他们的需要定制、设计和建造他们的公寓，并从一开始就积极地让他们参与共同建造这栋建筑及其共享空间。一个独特的综合体-没有两套公寓是相同的-是由于建筑的巨大灵活性、集体特性和高度的可持续性所致。

Text description provided by the architects. Designed as an Open Building, Superloft Blok Y forms part of the ongoing Superlofts project, initiated by Marc Koehler Architects (MKA), focused on flexibility, participation, and adaptability. It offered a collective of 30 homeowners a blank canvas to customize or design and build their apartments according to their needs, and actively engaged them from the outset to co-create the building and its shared spaces. A unique complex - where no two apartments are alike - results from the building’s radical flexibility, collective character and high level of sustainability.

 Axonometry

 © Stijn Poelstra

(Stijn Poelstra)

五层建筑由居民独立安装(填充)的基础框架(支撑)组成。Blok Y将30个超级阁楼分为5种类型-XS阁楼(70m2)到家庭阁楼(145 M2)-形成了丰富多样的住宅和混合社区。房主可以自己或与建筑师一起装修一个完全原始的空间，或者定制一个现有的平面图，以及他们的外部空间。开放的混凝土框架被组织成不同的阁楼形式，有两到三层楼，单面或双面，有屋顶露台、阳台或花园。他们独特的布局在传统住房中是不常见的，许多是为了灵活地适应未来的变化而设计的，例如，在孩子们离开家后，加入电梯或灵活的隔板来重新配置室内。慷慨的空隙创造了一个美丽的空间和光的感觉。

The five-story building comprises a base framework (support) that is independently fitted out (infill) by the inhabitants. Blok Y combines 30 Superlofts into 5 types - XS lofts (70m2) to family lofts (145m2) - resulting in a rich diversity of dwellings and mixed community. Homeowners could fit out a completely raw space (by themselves or together with an architect) or customize an existing floor plan, and also their exterior. The open concrete framework is organized into varying loft formats with two or three stories, single or double facade, with a roof terrace, balcony or garden. Their unique layouts are uncommon in conventional housing, many designed to flexibly accommodate future change e.g. by incorporating a lift or flexible partitions to reconfigure the interior once the kids leave home. Generous voids create a beautiful sense of space and light.  

 © Stijn Poelstra

(Stijn Poelstra)

建筑经过深思熟虑的材料和细致的细节，外观是一个简单但强烈的表达的概念。固定混凝土网格的相互作用和来自定制外观的细节变化导致了一个健壮的，动态的建筑，反映了其社区的多样性。细长的混凝土网架上充满了双层窗户的框架，为公寓带来了深深的光线。生动的正面构图来自不同的阁楼外观，有不同的入口、阳台和窗口配置。到了晚上，发光的内部模块将框架动画化，反映了内部活动的变化。

Constructed with a considered use of materials and meticulous detailing, the facade is a simple but strong expression of the concept. The interplay of the fixed concrete grid and variation in details from the customized facades results in a robust, dynamic building that reflects the diversity of its community. The slim concrete grid is filled in with a framework of double-height windows that bring light deep into the apartments. A lively facade composition results from the varying loft exteriors, with their different entrances, balconies and window configurations. By night, modules of glowing interiors animate the framework, reflecting the changing activity within.

 Exploded Structure Diagram 2

爆炸结构图2

 © Marcel van der Burg

马塞尔·范德伯格

建筑经过深思熟虑的材料和细致的细节，外观是一个简单但强烈的表达的概念。固定混凝土网格的相互作用和来自定制外观的细节变化导致了一个健壮的，动态的建筑，反映了其社区的多样性。细长的混凝土网架上充满了双层窗户的框架，为公寓带来了深深的光线。生动的正面构图来自不同的阁楼外观，有不同的入口、阳台和窗口配置。到了晚上，发光的内部模块将框架动画化，反映了内部活动的变化。

Constructed with a considered use of materials and meticulous detailing, the facade is a simple but strong expression of the concept. The interplay of the fixed concrete grid and variation in details from the customized facades results in a robust, dynamic building that reflects the diversity of its community. The slim concrete grid is filled in with a framework of double-height windows that bring light deep into the apartments. A lively facade composition results from the varying loft exteriors, with their different entrances, balconies and window configurations. By night, modules of glowing interiors animate the framework, reflecting the changing activity within.

 Types Diagram

类型图

 © Stijn Poelstra

(Stijn Poelstra)

通过综合利用地热能热泵供暖和冷却技术、满足个人和共享能源需要的180个太阳能电池板、采用热回收通风的CO2传感器、将双层或三层玻璃与电动遮阳材料和低维护立面材料相结合的被动太阳能设计，实现了高度可持续性。其结果是EPC为0.3，平均探地雷达数字为7.5。

A high level of sustainability is achieved through the integrated use of technologies such as floor heating and cooling using geothermal heat pumps with heat recovery, 180 solar panels for individual and shared energy needs, CO2 sensors for ventilation with heat recovery, passive solar design integrating double or triple glazing with electric sunshade and low maintenance facade materials. This results in an EPC of 0.3 and average GPR figure of 7.5.

 © Marcel van der Burg

马塞尔·范德伯格

Architects Marc Koehler Architects

Location Veemarkt, 3573 Utrecht, The Netherlands

Project Year 2017

Photographs Stijn Poelstra, Marcel van der Burg

Category Apartments