西班牙,Galicia,CCS控制和服务中心/Díaz y Díaz事务所

建筑师: Díaz y Díaz Arquitectos

地点: Ferrol, Galicia, Spain

项目面积: 2,130 平方米

项目年代: 2010

摄影: Eloy Taboada

该中心好像一艘准备起锚的船,位于费罗尔外港码头,船头朝向河口的景色。为了充分利用景观。采用了严肃而纯净的几何体量,并与大坝的形式相结合。其次,建筑采用了合适于港务需要的形式。从功能上看,建筑满足了港务局的需求,从楼上可以观察整个港口和河口地区。外部坡道保持了大坝和屋顶之间的高差。

建筑设计的优先目标是:一)唯一性和代表性。建筑必须是港口的重点和标志性建筑。二)的功能和灵活性。在空间和结构的概念设计均符合多功能性和需要,适应未来变化。三)智能“高科技“的建筑架构。采用最新技术创新,无论是在材料和设施,是“智能建筑“,并知名的高科技IT系统。四)经济性、可维护性、可改造性。实现长期投资的经济性,提高施工质量和简化设计,减少维护和运营成本。为了实现这些目标,采取了以下标准的基本设计:1。建筑成为一个"容器"。 2。精致的空间和透明性。 3。高能源效率。


Architects: Díaz y Díaz Arquitectos

Location: Ferrol, Galicia, Spain

Project area: 2,130 sqm

Project year: 2010

Photographs: Eloy Taboada

As the prow of a ship ready to weigh anchor and set sail, on the hammer of the main dock of the Outer Harbour of Ferrol, opened to the views of the estuary. To meet this landscaping challenge is used a formal repertoire of pure volumetrys, integrated into the geometry of the dam itself and, secondly, they rely on the proper forms of naval architecture. From a functional point of view, the building houses the program uses proposed by the Port Authority, allowing from its upper floors the total perimeter view of the port and the estuary. An external ramp system allows saving the difference in height between the sea wall of the dam and access to the roof.

Consequently, the priority objectives to be attained by the solution adopted are: a) Uniqueness and representation. The building must become, in the Outer Harbour, a landmark and focus. b) Functionality and flexibility. Both in the conception of space and structure design and facilities, the aim was versatility and adaptability for future changes as needed. c) Intelligent building and “high tech ” architecture. Provide the latest technologycal innovations, both in materials and facilities, setting an “intelligent building”and placing it within what is known as “high tech” architecture. d) Economy, Maintenance, Exploitation. Achieve a long-term economic investment based on the construction quality and ease design, reducing maintenance and operation costs. To achieve those objectives, we have adopted the following criteria basic design: 1. The building as a container. 2. Diaphanous spaces and transparency. 3. Energy efficiency.