帕尔马斯阿尔塔斯科技园

帕尔马斯阿尔塔斯园区是能源高效商务区的新模范，设计方案共有七栋楼，其中五栋业主自用，其余两栋由合作单位进驻。

阿苯哥公司新总部综合体的目标是把原本分散塞维利亚三栋楼的办公室集中在同一块地上，并利用这次搬家机会，统合改革企业的工作方式：极大限度促进人际沟通，鼓励跨部门交流。阿苯哥是一家国际性科技公司，专门向基建、环境和能源部门提供可持续建设。

本设计创造了新形态商务园区， 建筑特色更紧凑、更具有城市感，而且尤其适合西班牙南部的炎热气候。整体而言，设计为这些三至四层高的独立且平面配置紧凑的建筑，提供了47,000平米的办公空间。

建筑沿着一系列相连通的中央广场布置。这个中央空间将七栋楼整合一体，再加上阶梯式布局，创造出一系列隐秘的空间，各有特色。如此创造出室外平台、下层庭院、露台等各式户外空间，

可以根据当地天气，提供租客几乎四季皆宜的舒适空间。这些空间布局的目的在于降低建筑围护结构的热荷载，避免“热岛效应”。再利用建筑之间的景观设计，打破建筑体量的厚重感。

色彩部分则选用安达卢西亚当地传统釉面瓦的颜色。每栋楼的结构皆使用现浇混凝土，结合预制外露边缘悬挑件。玻璃幕墙使用铝合金浪板作为“漂浮”的横档，成为地板高度的玻璃板。不同密度的固定玻璃百叶（视朝向情况而定）为玻璃提供遮阳。

设计全程遵循节能标准的要求，从用地布局和园区朝向到建筑造型，乃至于建筑外壳的设计和选材等。每栋建筑的设计和所有建筑的布局皆最大限度自带主要遮阳，从而降低次要遮阳的需求。额外措施包括太阳能板、一座三生发电厂、镍氢电池和冷却梁。期望这个项目能够成为未来可持续发展办公综合体的模范。

帕尔马斯阿尔塔斯园区是能源高效商务区的新模范，设计方案共有七栋楼，其中五栋业主自用，其余两栋由合作单位进驻。

阿苯哥公司新总部综合体的目标是把原本分散塞维利亚三栋楼的办公室集中在同一块地上，并利用这次搬家机会，统合改革企业的工作方式：极大限度促进人际沟通，鼓励跨部门交流。阿苯哥是一家国际性科技公司，专门向基建、环境和能源部门提供可持续建设。

本设计创造了新形态商务园区， 建筑特色更紧凑、更具有城市感，而且尤其适合西班牙南部的炎热气候。整体而言，设计为这些三至四层高的独立且平面配置紧凑的建筑，提供了47,000平米的办公空间。

建筑沿着一系列相连通的中央广场布置。这个中央空间将七栋楼整合一体，再加上阶梯式布局，创造出一系列隐秘的空间，各有特色。如此创造出室外平台、下层庭院、露台等各式户外空间，

可以根据当地天气，提供租客几乎四季皆宜的舒适空间。这些空间布局的目的在于降低建筑围护结构的热荷载，避免“热岛效应”。再利用建筑之间的景观设计，打破建筑体量的厚重感。

色彩部分则选用安达卢西亚当地传统釉面瓦的颜色。每栋楼的结构皆使用现浇混凝土，结合预制外露边缘悬挑件。玻璃幕墙使用铝合金浪板作为“漂浮”的横档，成为地板高度的玻璃板。不同密度的固定玻璃百叶（视朝向情况而定）为玻璃提供遮阳。

设计全程遵循节能标准的要求，从用地布局和园区朝向到建筑造型，乃至于建筑外壳的设计和选材等。每栋建筑的设计和所有建筑的布局皆最大限度自带主要遮阳，从而降低次要遮阳的需求。额外措施包括太阳能板、一座三生发电厂、镍氢电池和冷却梁。期望这个项目能够成为未来可持续发展办公综合体的模范。

The Campus Palmas Altas (CPA) comprises seven buildings providing approximately 47,000 m2 of office space across highly compact floorplates in self-contained structures between 3-4 storeys in height. The buildings are arranged to either side of a central space which is made up of a sequence of interconnected plazas.

The central space unifies all seven buildings and – at the same time, because of the stepped arrangement – creates a sequence of discrete spaces each of which has slightly different characteristics. In this way, a variety of outdoor spaces ranging from patios to sunken courtyards and terraces, are created which – depending on the prevalent weather conditions – can be comfortably occupied by the buildings’ tenants virtually all year round. The organisation of these spaces aims to reduce the heat load on the building fabric and avoid the creation of ‘heat islands’. The visual mass is broken down by the landscape treatment of the spaces in between buildings.

Colours have been chosen that reflect the colours found in traditional glazed tiles in the Andalucía region – principally the cobalt blue to the underside of the glass louvres (the upper face is white to reflect light), the yellow-green to the external staircases, and the red panels to the pavilions. The structure of each building is formed from in situ concrete with pre-cast elements used for exposed edge cantilevers. The façades are of glass with a ‘floating’ horizontal transom of corrugated aluminium creating a small glazed panel at floor level. This aims to maximise light penetration; light is reflected off the floor surface, whilst reducing glare to the screen. Fixed glass louvres of varying densities (depending on orientation) shade the glazing.

Energy-saving criteria are applied across the whole design – from the site layout and the orientation of the campus to the geometry of the buildings themselves, the design of the building envelope and the selection of materials.

The original competition brief established a very demanding construction budget of €848 per m². From the outset, a number of key elements were identified as the basis for creating a workplace which demonstrated a strong emphasis on quality, in particular: the façades; the planting; the external paving to the plaza and the public spaces at ground level; and the false ceiling.

The interior spaces are essentially defined by the façade and false ceiling, whilst the exterior areas are defined by the paving and planting. The other building elements adopt a very basic and economic form of construction. Once construction was underway, RSHP was able to secure some additional funding for the chilled beam system on the basis of a detailed life-cycle analysis of costs which demonstrated that the costs incurred would be recuperated within the life-span of the system.

For the plaza, the aim was to design a space which appears to form the ground level of the development, even though it is, in fact, a raised deck. The small changes in levels which work their way through the plaza help greatly in creating a feeling of ‘place’, as does the fissure that runs down the centre of the development. This is the only area of the site which does not have any buildings on or below it and thereby permits the planting of large, mature trees.

Working with the manufacturer, we adapted the cladding design to enable it to be modularised. This approach significantly streamlined an extremely demanding construction programme and the period from the casting of the first columns on the ground slab to the time when the company President moved into his office was just 20 months.