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首页> 外文期刊>Building and Environment >Real-time optimization of a double-skin facade based on lumped modeling and occupant preference
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Real-time optimization of a double-skin facade based on lumped modeling and occupant preference

机译：基于集总建模和乘员偏好的双层外墙实时优化

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摘要

Real-time optimization of a double-skin facade system is developed for the so-called smart facade systems. It optimizes the performance of the system by rotating a motorized louver slat in the cavity and ventilation dampers at the top and bottom of exterior and interior glazing. One prominent feature of the system is the capability of dynamically reacting to the environmental input data through real-time optimization in terms of energy, visual comfort and thermal comfort. Users interaction with the system is Web enabled. Current state variables, weather data and energy flows are posted on a web page and an occupant with given privileges can choose the preferred operation mode or override the devices (louvers, ventilation inlet/outlet).
机译：针对所谓的智能门面系统开发了双层门面系统的实时优化。它通过旋转空腔中的电动百叶窗板以及外部和内部玻璃的顶部和底部的通风挡板来优化系统的性能。该系统的一个突出特点是能够通过实时优化能源，视觉舒适度和热舒适度来动态响应环境输入数据。用户与系统的交互已启用Web。当前状态变量，天气数据和能量流都发布在网页上，并且具有给定特权的乘员可以选择首选的操作模式或覆盖设备（百叶窗，通风口/通风口）。

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