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GRAPHISOFT > 实例探究 > 掌握精度：设计可持续的鹿特丹伊拉斯谟大学学生中心

Mastering Precision: IoT in Designing Erasmus University Student Center Rotterdam

技术

传感器 - 全球定位系统

适用行业

建筑物
水泥

适用功能

产品研发

用例

楼宇自动化与控制
智慧校园

挑战

鹿特丹伊拉斯谟大学学生中心面临的挑战是设计以可持续性、可用性、透明度和亲密性为主要目标。

关于客户

客户鹿特丹伊拉斯姆斯大学希望在校园内建立一个充满活力的中心交汇点，将研究、商业、科学和文化融为一体。他们想要一座可持续且灵活的建筑，能够容纳各种功能。

解决方案

该解决方案涉及设计一座带有曲线百叶窗的建筑，根据太阳的位置调节自然光和热量。建筑物的外观会根据事件和天气而变化。通过将“黑暗空间”项目定位在建筑物的核心，保留了建筑物的透明度。采取了各种技术措施来降低建筑的能源影响，包括紧凑的体量、太阳能电池板、自然通风和灵活的分区。

运营影响

The operational results of the project were highly successful. The building became a vibrant and central meeting point on the campus, fulfilling the university's vision. The design's flexibility allowed the building to adapt to different needs and events, from being an intimate, warm indoor space on a gray winter morning to an open and vibrant space on a warm summer evening. The building's transparency was preserved, even with the inclusion of 'dark space' programs. The energy-efficient design and use of solar panels transformed the building into a low consumption landmark, aligning with the university's commitment to sustainability. The collaboration between Powerhouse Company and De Zwarte Hond was seamless, with both offices contributing equally to the design and construction of the project.

数量效益

The building design resulted in a low energy consumption landmark.
The use of solar panels on the roof contributed to energy efficiency.
The building's compact volume and careful orientation towards the sun helped to moderate the amount of natural light and heat.

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