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首页> 外文会议>European Conference Solar Energy in Architecture and Urban Planning >ACADEMY MONT-CENIS: PLANNING OF NATURAL VENTILATION AND DAYLIGHTING IN A LARGE MICROCLIMATIC ENVELOPE
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ACADEMY MONT-CENIS: PLANNING OF NATURAL VENTILATION AND DAYLIGHTING IN A LARGE MICROCLIMATIC ENVELOPE

机译：学院Mont-Cenis：在大型微跨越信封中规划自然通风和迎风

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摘要

For the academy Mont Cenis in Herne, Germany, a large microclimatic glass envelope (72m × 180m × 15m) with separate buildings inside the envelope, a concept for the natural ventilation was put up and a program for the control of the motor driven windows in the facades and in the roof was developed. To comprise the influence of wind speed, wind direction and the temperature difference between the envelope and the environment, numerous CFD-calculations were carried out on the base of a wind tunnel test and dynamic thermal calculations. The thermal mass was taken into account to avoid short switching intervals of the windows. A 10.000 m{sup}2 PV plant integrated in the roof avoids overheating in summer and the glass envelope leads to moderate temperatures in winter.
机译：对于德国赫恩的学院Mont Cenis，德国大型小缆线玻璃包络（72米×180m×15米），在信封内具有独立的建筑物，为自然通风的概念进行了概念，并为电机驱动的窗户控制了一个程序开发了外墙和屋顶。为了包括风速，风向和封套与环境之间的温差的影响，在风洞测试和动态热计算的基础上进行了许多CFD计算。考虑到热质量以避免窗口的短开关间隔。 10.000米{Sup} 2 PV工厂集成在屋顶上，避免在夏季过热，玻璃包络导致冬季中等温度。

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