Eurovea Towers 斯洛伐克最高建筑 | KCAP

Eurovea Towers are two residential high-rises on the eastern edge of Pribinova Avenue in Bratislava, reaching 260 and 184 metres to become Slovakia's tallest buildings. Structured around hashtag-shaped cores in a pinwheel plan, the towers maximise corner apartments with views across the Danube, the historic centre, and the Carpathian foothills beyond.

位于布拉迪斯拉发 Pribinova 大道东侧的 Eurovea 双塔是两座住宅高层建筑，分别高达260米和184米，是斯洛伐克最高的建筑。双塔采用风车状平面布局，以井号形核心筒为中心，最大限度地利用了转角公寓，使住户能够饱览多瑙河、历史中心以及远处喀尔巴阡山脉的壮丽景色。

At ground level, a glass pavilion and a landscaped pocket park link the two towers to the surrounding Downtown Bratislava district, itself transforming from industrial brownfield into a mixed live-work-play quarter. Over 1,100 homes, a shared energy network, and a demountable façade system position the project as a model for sustainable high-density urban living.

在地面层，一座玻璃亭和一个景观口袋公园将两座塔楼与周围的布拉迪斯拉发市中心区连接起来，该区域本身也正在从工业棕地转型为集居住、工作和娱乐于一体的综合街区。超过1100套住宅、共享能源网络和可拆卸外立面系统使该项目成为可持续高密度城市生活的典范。

The towers stand at the eastern end of Pribinova Avenue, near the base of the Apollo Bridge, on a plot of approximately 8,200 m² with a combined floor area of some 115,000 m². The site sits within Downtown Bratislava, a district west of the historic centre that has shifted over recent decades from warehouses and industrial remnants into a live-work-play quarter of new architecture and public space. Bratislava Castle overlooks the city from the west; the Danube divides the historic core from the green lowlands to the south. Close to public transport and cultural landmarks, the towers extend this district's transformation, adding two further landmarks to its skyline.

这两座塔楼矗立在 Pribinova 大道东端，靠近阿波罗桥桥墩，占地约8200平方米，总建筑面积约11.5万平方米。该项目位于布拉迪斯拉发市中心，该区域位于历史中心以西，近几十年来已从仓库和工业遗迹转变为集居住、工作和娱乐于一体的新兴建筑和公共空间。布拉迪斯拉发城堡从西面俯瞰着整座城市；多瑙河将历史核心区与南部的绿色低地分隔开来。这两座塔楼毗邻公共交通和文化地标，进一步推动了该区域的转型，并为城市的天际线增添了两处新的地标。

The towers' irregular, wind-optimised geometry is designed to reduce material use in the structure itself. Ground-source heat pumps supply heating and cooling, and photovoltaic panels positioned across the towers generate on-site solar power. A district-level energy network balances loads between the towers and adjacent office buildings, improving efficiency beyond the scale of a single building. Integrated façade blinds and a decentralised ventilation system with heat recovery reduce reliance on external energy sources, while a modular, demountable façade system supports future disassembly and reuse.

塔楼不规则的几何形状经过风阻优化设计，旨在减少结构本身的材料用量。地源热泵提供供暖和制冷，塔楼各处安装的光伏板则用于现场太阳能发电。区域能源网络平衡塔楼与相邻办公楼之间的负荷，从而提升了整体能效，超越了单栋建筑的规模。集成式立面百叶窗和带热回收功能的分布式通风系统减少了对外部能源的依赖，而模块化、可拆卸的立面系统则便于未来的拆卸和再利用。

Client：JTRE

Year：2024 - Ongoing

Program：115.000 m2 residential towers with c. 1.150 units, an underground parking garage with space for c. 1.400 automobiles, and c. 7.200 m2 of landscaping across the project site

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