Alliander HQ
由专筑网Brick，刘庆新编译
来自事务所的描述。该建筑是荷兰德伊芬Alliander能源电网公司总部，最近开始投入使用。RAU建筑事务所负责原有大楼的改扩建，使大楼能容纳1550名员工。这是荷兰第一个获得BREEAM-NL可持续认证的改造项目。
From the architect. The new head office for the energy grid company Alliander in Duiven(The Netherlands) was recently inaugurated. RAU architects is responsible for the renovation of the existing buildings and the extension, which will house 1550 workers. This is the first renovation project in The Netherlands to obtain the BREEAM-NL outstanding sustainability certificate.
© Marcel van der Burg
互联是该项目设计的主要原则，应用于建筑所有部分，在所有楼层发生作用。原有大楼由不同楼体组成，项目尊重原有大楼并且融入新的设计中：项目保留高达83%的原有建筑。大中庭被标志性屋顶覆盖，从视觉、程序和逻辑上连接六个不同体量，并且创造了“中空”空间，员工和顾客能在此聚会。
Interconnectivity was the main principle for the design and applies for all its parts and works on all levels. The existing buildings, which were composed of different blocks, are respected and integrated into the new design: up to 83% of the existing constructions remain. A large atrium covered by an iconic roof connects the six different volumes visually, programmatically as well as logistically, and creates an “in between” space where employees and visitors can meet. Large skylights are placed on the curved roof in order to increase the amount of daylight in the atrium and the façade is fully built of glass, creating a strong link with the landscape, contributing to a healthy and inspiring workspace.
© Marcel van der Burg
© Marcel van der Burg
Floor Plan/楼层平面图
原有大楼的立面包括窗户得以保持，新“表层”被附着到立面，提高隔热值，避免热量损失，减少能源需求。在朝向中庭的两侧，安置了较大的可打开窗户，创造了和中庭的密切视觉联系，并且形成良好的自然通风。
The facades of the existing buildings are maintained, including the windows, and a “skin” is attached to them, improving the insulation value, avoiding heat losses and reducing the energy demand. On the sides, which are oriented towards the atrium, larger windows, which can be opened, are placed, creating a close visual relation with the atrium and allowing natural ventilation.
© Marcel van der Burg
效率和效能是贯穿设计的指导原则，运用在干预、材料使用、碳足迹、成本和环境负荷等方面。作为回报，功能性、舒适、创新、特性和对社会的积极影响得以实现。
Efficiency and effectiveness are guiding principles throughout the design. In intervention, material use, footprint, costs and burdening of the environment. In return, functionality, comfort, innovation, identity and a positive impact on society are achieved.
© Marcel van der Burg
循环性
在很多方面循环成为设计的组成部分：尊重大部分原有建筑，将废木材用于立面，重新使用拆除部分的水泥，重新使用钢结构用于建筑的扩建，从原有屋顶回收沥青，重新使用原有洗手间和天花板，将原有的门改成新家具，还有其它一些东西。在过山车建造集团的帮助下设计了屋顶的金属结构，使得重量最小，因此减少了原材料的不必要使用，允许拆卸以供以后再利用。“原材料护照”制作出来，以确保将来所有材料的再利用。文件包括有关改建期间增加的所有原材料、新装和原有材料的信息。它包含的信息事关谁处理材料、在哪里临时存放材料、再利用材料的方式。
Circularity
Circularity has been an integral part of the design in many ways: respecting the majority of the existing constructions, using waste wood for the facades, reusing the concrete from the parts which were demolished, reusing the steel construction for the extensions of the buildings, recycling the asphalt from the existing roofs, reusing the existing toilets and ceiling plates and converting the existing doors into new furniture, amongst other things. The metal structure from the roof is designed with the help of a roller coaster construction group, minimalizing its weight, thus reducing the unnecessary use of raw materials and allowing disassembly for later reuse. A “raw material passport” is made in order to assure the reuse of all the materials in the future. This document contains information on all the raw materials, which are added during the renovation, the new installations, and the existing materials which where already there. It includes information about who has handled the materials, where they were temporarily stored and ways in which they can be reused.
© Marcel van der Burg
正能量
建筑综合体提供多于所需的能源，这能通过智能电网由周围“邻居”来使用，开启了社区的绿色联盟。大楼的设计优化了能源的使用，屋顶的设计促进自然通风，中庭成为闭合体量的“第二皮肤”，这创造了中间气候，优化能源使用。
Energy positive
The building complex provides more energy than needed, which can be used by “neighbours” in the surroundings through the Smart Grid, starting a Green Alliance in the community. The design of the building optimizes the use of energy, the design of the roof stimulates natural ventilation, and the atrium becomes a “second skin” for the closed volumes, creating an in between climate which optimizes the energy use.
© Marcel van der Burg
由于使用太阳能板和地下水来储热，项目也是二氧化碳中性的。太阳能板放置在停车场作为汽车的遮荫和保护，具有双重功能。因为这些是首次放置，可能在荷兰第一次实现能源积极的建筑场地。
Thanks to the use of solar panels and underground water for thermal storage, it is also CO2 neutral. The solar panels are placed in the parking as shading and protection for the cars, giving them a double function. Since these were placed first, it was possible to achieve an energy positive building site for the first time in the Netherlands.
© Marcel van der Burg
德伊芬Alliander公司的设计和建筑联合体包括VolkerWessels Vastgoed，Rau Architecten, Fokkema & Partners， Innax, Kuiper Compagnons，Van Rossum R.I.，Boele&vanEesteren, Homij和Turntoo。
The consortium for the Design & Build of Alliander in Duiven consists of VolkerWessels Vastgoed, Rau Architecten, Fokkema & Partners, Innax, Kuiper Compagnons, Van Rossum R.I., Boele&vanEesteren, Homij and Turntoo.
© Marcel van der Burg
Detail/图解
Detail/图解
Elevation/正面图
Elevation/正面图
Floor Plan/楼层平面图
建筑设计: RAU architects
项目位置: 荷兰，德伊芬
合作: RAU architects, Volker Wessels Vastgoed, Fokkema & Partners, Innax, Kuiper Compagnons, Van Rossum R.I., Boele & van Eesteren, Homij and Turntoo.
项目面积: 21852.0平方米
项目时间: 2015年
摄影: Marcel van der Burg
Architects: RAU architects
Location: Duiven, Netherlands
Collaborators: RAU architects, Volker Wessels Vastgoed, Fokkema & Partners, Innax, Kuiper Compagnons, Van Rossum R.I., Boele & van Eesteren, Homij and Turntoo.
Area: 21852.0 sqm
Project Year: 15
Photographs: Marcel van der Burg
出处：本文译自www.archdaily.com/，转载请注明出处。
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